Nuclear Data Sheets for A = 159

Nuclear Data Sheets 27, 155 (1979)

Nuclear Data Sheets for A - 159"

M. A. LEE and C. W. REICH

ldaho National Engineering Laboratory E G & G Idaho, Inc.

Idaho Falls, ldaho 83401, USA

Abstract: The experimental results available through September 1978 from the various reaction and decay studies leading to nuclides in the A = 159 mass chain have been reviewed. These data are summarized and presented, together with the adopted level schemes and properties.

Acknowledgments: The authors thank R. C. Greenwood, D. G. Burke, and P. E. Haustein for sending their data prior to publication. The authors also thank C. M. Lederer for communi- cating information froln the Table o f Isotopes on the A = 159 mass chain. Special thanks are due R. L. Bunting for many helpful discussions and W. B. Ewbank and the staff of the Nuclear Data Project for assistance with computer programs and for a critical review of the manuscript.

GENERAL ORGANIZATION OF MATERIAL

Within each A-chain, information is collected by isotope and arranged in order of increasing Z. For each isotope, AZ, the arrangement of material and conventions for inclusion in tables are described below. Uncertainties are shown whenever available.

I. Adopted levels in AZ - All adopted level properties are shown for each level, together with explanatory comments.

2. Radiations from AZ decay - All adopted radiation properties are shown for each a - or 3,-radiation from decay of the AZ ground state. Properties of e - , /3 + - or /3--branches are shown if they have special interest.

3. Radiations from AZ isomeric-state decay - Decay of each isomeric state is presented according to the same conventions as for the ground-state decay.

4. Levels in AZ "1 (Reactions are ordered by A, Z of target, then deduced from decay t by A, Z of incident nucleus.) A heading is

5. Levels in AZ given for each reaction. The detailed results deduced from nuclear reaction are tabulated only when the information is

6. Nuclear-reaction "t-rays not adequately summarized on the drawings.

*Work performed under the auspices of the US Department of Energy

0090-3752179/050155-73505.00/0 Copyright ~ 1979 by Academic Press, Inc.

All rights of reproduction in any form reserved.

155

A : 159 DRAWING 1 , PART 1 NUCLEAR DATA SHEETS

See f o l l o w t n i d r a w i n 8 s f o r det~d l e d l e v e l schemes

2 2 0 0 0 -

2 0 0 0 0 -

15000 -

' I 0 0 0 0 -

5000 -

....~. .................................. §Z+9.. ~0

t95+ (9/~+ + '~:~,'~-~ ~ ';7

(-,,/2-) ~5~--)

C 7 ~ )

15' \ ~ m u ~

....s.. ..................... . ~m~:

..+..~ ......... 5~2 6 Io

2560 2295

I

9/2- l l l l l :rr2 9/'m- I l l ! e . 3 5 / 2 - I U l '~m,+ 7 m 1 .o

5/'2+ ~ " s?.8 2 6 , 2 ~.s 5,/2 - ~ 50.7

o.o 18 ,56 log \ e+ Gd

~ -. ~,~.7 m

.,.S n .................... 8133 2 23

....~ ............................. .6.1,.:~..~.g " z s

Imm

1/'~- ~ L 580.8 76 ~ s (9/2- ) t~l__ 455.2 ~/"~+ I ~ | 7 /2- | ~ | 3 ~ . 5 ~n- I----- ~L-~-~-.55 o. 155

= 36.5

9+,*2+ 2,4.1,4 7/2+ 1 54- 3 5 , 6 p s 5/2~- r~,oo 58 ~ s

sta, b~e 15g

e5 T b D+

....~ ...................... . ,.~-..~--.,-1-.. 2~

.._~ ...................... "::-:...~.~.,.!.. 3 s

4,5/2+ 4326.3

4.1,/~ ~ . 2

~ / ' ~ - 30o3.3

3 1 ~ - 23~5.9

201E t~ /2 - [ ] ~2.4- 1P~,.3 /~s t l / '~ I I / : ~ 7 . 9 .~/'2-- I ~ l 309.6 o~+ I . ~ 1,3 ,~

IT / ,6 9 , 3 7 /2 - 136.5

O, ~1 'w..s

IB9 ss Dyes

Q += 3e~7 m

NUCLEAR DATA SHEETS DRAWING 1, PART 2 A = 159

...~ ........................... g~_~..!. ~.

. . ~ .......................... .~lt~2...U1

39/2- 3707.6

3 5 / 2 - 316~,:~ 33./2- 21992.9

3.V2- 2574.0

209~ .7 5 ~ 329.5

~ ' * . ~;,,~ l ~ l zoo.o

~/-~- , I ~ ~lm~__,o

1/'/4- i 205.7 8 l ~O

7/2- • 33 ,m 159 ~,Ho 9~

.._.~ ......................... L~9".,." t

. . ~ ......................... ~2..~.. ;.°?.

4s~'~- 455¢.o

4! / -~ :~Is.2

37/2+ 31o6.6

33/2~ 2430.9

i 1 1 ~ ] ~'7S 95 ~S 590 7p2- !__ 306.99 7,P2+ ~/~ I I ~ . ~

g/2+ 331 n s 7/2-

l S ~ ~ 2 0 3/2- " 38 w=

68 Er 91 Q +== ~g¢30 ~oo

_..% .................. .~9 "''¢

....~ .................. .2.4~.-~-~

5/2+ o.o 9 . 0 m 159 S9 Tm 90

Q += ~.~0 'X ' t

is31•W 2,5 s

Ea,53855 Q¢I = 5521 s

~ 5 . 6 s

Q +=6690 , ~ t

E := 509010

. . ~ .................. .~,V',~.'..~.:.t. z',4Sm(1 aO, 3n)

75Tr08

o.~

~- o.~ X+2626.6

29,"~ X+1929.4

X+1296.2

1 / " X+746,~ ~ 4 ~S

1 7 ~ . - - X+2~;~.5 34 ~os

\ , ~ ,,/o~° 175,. 159

7o Y b ag

- 2 2 0 0 0

- 2 0 0 0 0

-15000

-10000

- 5 0 0 0

- 0

A = 1 5 9 DRAWING 2 N U C L E A R D A T A S H E E T S

l e ° G d ( p o l t ,a )

2500

2000

1500

1000

500 -

2460

1954-

1905

1825 1803 1765

1690 " ~ / 1670

1635

1488

(;7/2+) 13110 " - - / 1287

1260

l (5~ + ~ ) 1140

. (1/2+) 1076

887

(3/2+) sos

(15/'2-) 704.

,, ( 9 ~ + 13/2-) 571

(i i/2-) 4~2

(5/2+) 392

• c3/2+ + 9 /2 - ) 337

(11/24-) 291 (7/~2 -) 255

(5/'2-) 190 • (9/2+) ~ 17~

(7/2+) 75

~5C~- ~ o.o 159

9O~U 96

18 .1 m

( 1 5 / ~ ) 704-

(I I/2-) 442

(11/~)

(9/4+)

(7/2+)

p/2+?

291 (7/-~-)

172 (5/2--) 5/215321

75

o.o

255

190

(9/2+ + 13/2-)

(s/J+)

(3/2+ + 9/'~-)

s/21411]

169 66 ~11 96

,, (s/2+ + 3/2+)

, <I/2+)

1/~4;a:)1

571

392

337

1140

1076

NUCLEAR DATA SHEETS DRAUING 3 A = 159

(e/~'~-) 9;0 18.1 tn 159 \ ~Eu

cabb

1~OEu ~- decay R e l a t i v e photon i n t e n s i t y Is shown

l~C-,d IT decay (26 ns) 68Bo10

eft"

4b~

~.I. _

~ . , ~ ~

112~

0 ~ 0 ~

~ '

c~e~

94~

1117;~

71¢,;~

f i J t

leo e4 Gd u

40

...,.¢, 212

~," ,,~7~ 2 8 , 2 I

1511 e4 Gd

A = 1 5 9 DRAWING ~ , PART 1 N U C L E A R D A T A S H E E T S

10000 1

2600 J 2600 -

2 5 0 0 -

2 0 0 0

1500

1000

5 0 0

169Gd IT decay ( 2 6 n s ) i60C.,d(n,7) E=t.h 1 6 0 G d ( d . t ) 68Bo10 71Gr42 67TJOI , 76Pe02

159Eu ~- d e c a y 158Gd(d,p) 165Gd(n.7) E=2keV. E=2% keV 67T{01 7 7 0 r Z L

............ ~ . ~ . .

A d o p t e d l e v e l s

~ ..................... ~....o..?~ 59<- to ,..so. ........................... ~,#..

1520

............. I~.L_,

1163

(7/2--) ~40

(;s/'~-) 873

( 3.e/q - ) 74A.4 T3~.7 710.2

502.1

7,,P2 - 227.5 9/2-- ~ 212 9 / 2 + le6 5 /2 - t46.4" 7/2- 7/2+ ~ 119

5/ '~ - 67.8 5/'Z-- ~ ~0.7

3 ( ~ 010

2193 219tl 2168

2134- 21~

7/2+ 2081 2053

3/3+ t993

1953 i I925 _ ~

1840 1840

18O8 1700

7/2- 1751

1718 1721 1693

5/2- 1638 1637

3,/2- 1602 1608

1550

1521 I4.93

1430

1396

1287 1203 I

1204- I

I

1077 I 9/2"- 10<-3

3/'2+ I t./2+ 974"

7/2-- " 959

5/2-- 875

1 ~ 781

3/~2+ ~ 743

7/~- 7c~ 11/~- eeo 6~

654- 636

5/2-- 589 597

3./'2- 559

1,~- so7

11/2"- 4"57

13/'2+ 373

9 /2- 33o

11PJ+ 275

7 /2- 227

14-7

5Z'~ - 5/'2-

I

OTO I ~ / - ?,o

2196

2157

1991 / 1960

i

i i

1721

1637 1608

1550

1431

1389

1336

1~03

1/2.

1/2, ~ , -

1781.9

1673.5

1~, 3~(+) 1477.e

1/2. 3/2(--) 1/2, ~ + 1/2, ~ , ~

(s,~)+

-- 1430.2 t400.0 1392,6

1354.3

1/2. 3/2+ 11~3.9 (5/2)+ 1233.8 (5/2)+ ~ 1179.6

L s_L

IF 2 0.12

256O

2~,-~

2O89

1839 1810

1600 1573

1390 1 ~ 5 (;5/2+)

1:~1 (;9/-,~-)

1250

2560

2196 2168

2106

1925

1839 1809 1701.9

1354-

} 1/2.3/'2.5/'2+ } 1 /2- . 3/-J--

1140 [ 1/2. 3/2(+) / 1127 [ 1/2+. 3/2+

- - 11o8 I t / 2 . 3 / 2 ( - ) ~ 1/2- . 3 /2-

1044- 1/~2, 3/'2

t000 1/-~, 3/2+

950677 1/'2+, 3/'2+

I 1 /2+ . 3 / 2 + 602.1 I_~ 5 /2- OR 7/2+ ~ - J 588.5

I ~ IF 3 0.07 IF 3 0 . O A ~/I159.o

t128.5 1110.7 1079.3 ] O.Ol

- - 1060.9 F 6 t .28

1001.6 2 0.19 973.7 o o. 374.'

3 0.022

1200 1176

- - 1077 t O57

g99 13/2+ 973 I 1/2+

- - 92¢

[ 3 0 .035 876 5 + .~5_/'2)-I- . . . . . . . . . . . . . 8~9=7_. IF 4- 0 .0¢2 055

/ ( 5 / 2 ) ~ 818 .2 816 9 ~ - ' - ' - - - 8 1 6 9 { (5/2)+ ~/ 801.0 ~--'~--/ 7;9 ~ 7 ; 9 l 1/2+. 3/2+ - - "/82.3 0 0.15

l l / 2 + . 3/2+ 74~-.2 2 0+76

3 0.002 704- 5 1 .35 681 I ( 5 / 2 ) +

(;5/2)+ 6<-7.2 64.2

(3/2+) 3 0 .070 ~ 588 { 5 / 2 -

557 1/2--, 3 /2- sss.2 1 o.ocs3 557 l

506 I /2 , 3,/2(;--) 507.7 1 0,06~ 506 1 / 2 -

11/2-- 46~ 455

6 2.1 371

5 0.33 32"/

272

3 0.25 226

4- 0.32 184,

5,/2 14-7.5 3 0,066 t46 120

( l / ~k . 3/2+} 67.7 67 50

o .o 1 o.144 o .o 15g

e4 G d

1000.6 9T3.7

I t ~ 924

818.2

782.3 v ~ 74,¢,~- 732.6 7|0.2

64-7.2 64-2,

602 ._~._00 ~--J 589

558.2

507.7

456

I 13/2+ 372 19/2- - - 330 I t t / ' 2 - ~ 32".'

11/24") 273

7./2- 227.5 19/2-- ~ 212

185.3 I 5 /2-- 146,4- ] 7 /2- ~ 122.0 ] Y t ~ ~ 1 1 g

5/2+ 67.8 2 6 . 2 1 t 2 15/2- ~ 50.7

] ~ o.o 1 8 . 5 6 A

N U C L E A R D A T A S H E E T S DR~ING ~, PART 2 A = 1 5 9

A d o p t e d levels

..D. ..................... .~z£.~

....~ ..................... A'.~..~,A. TM

223~

216~E1

2106

1925

11~39

17B1 .g

(7/'2+)

7/2[~ot]

(7./'2+) 2081

(3/'~+) lg~ l (1/24-) ~ / 197g.5

(s/"~-) 16~.1 .a

(3/'2-) t603.2

W~[sm]

1202

1079.3

3/2"i- 1000.6 . 1/'~F . . . . . 973.7

! g24-

45/~)+ el e .2 {s/2)+ 1--1 8Ol

; t-t/761 ~/'~+; / ~ ! 7~.~-

710,2

~ - : - - 2 L I 682

(3 /2+) ; 6o2.o

3 /2 - 558.2

1 /2 - 5117. 7 -

11~2-- 4'56

I ~ 372 13/'2+ 9./"~- :38,O 11 ~ ~ 527 ! 1,/~-- 327

( I 1/'2+) 273 {11/-~+)

7,.'2- . 227.5 ~ 212 9,/2-- :212

9 /"~ 1e5.3 5 , / ~ 146.4 7/~_ M . J 122.0 7/2+ - k _ / ~ g 7 /2 - 122.o 7 / " ~

67,a z s . z n s s/-~+ _5/"2-- 50.7 5/2"-- 50.7 5 / ~ [ 6 ~ , ]

0.0 1 8 . 5 6 h ~ 0.0 ls~ 3/a[,~t]

s t G d 95

(%/'z-)

C5/'2-)

a/215~]

11,"2-

392

9.,'2--

273

7/2.-

165.3 •

5./"2- 119 5/2[r~]

67.8

(_11/2-) 1390

!3,$1

(g /2- ) 1301

(5/'2--) 117gi6 1162.3

- - 3rP2 - 1 ! ~ .4 1110.7 1/215,.~0]

.7/2--

5/2-

.1/2- I/2[&~l]

456

227.5

1~s.4

1Z2+ 1/21400]

761

705 .... 11,&'-

11/215051

589

558.2

5o7.7

(7/"2+) 12a2__

( ! t , /2 - ) !182

<13,,~)

3/214o~]

I057 (9,/~-) 1044

1000.6

7_7_/2- g4e.5

5 /2 - 8.72.7

1/~- m2.a */a[~O]

A = 159 DRA~ING 5 NUCLEAR DATA SHEETS

8

©

8

©

==

~o

.~o o

o

e0

G

~0,ol¢. I

'~'~ ~.~ I-%

f

6

o

o

?

t-

o

~, o

w o 8 ~ ~ " o

o

o

~,~ ~'0 e,%

o

vv

ee. ~e e~

J

r--

.o

,o

N U C L E A R D A T A S H E E T S D R A W I N G 6 A = 1 ,59

C o u l o m b e x c i t a t i o n

14.99

72De35, 66Ra06, 59Me78

2 1 / 2 ,

_ (_7_/"~-.) . . . . . . . . _ .~ S/~, :_ _)_ . . . . . . .

19/2+

1285

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ! ! g ~ _ . . . . . . . . . . . . . . . . . . . . . . . . _ . . . . . . . . . . . . . . . . . . . . . i_oe_!_.

1053

I

978 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ;_9_zt__.

862

1S/'~-

5/'~,-

ir

e5 Tb 94

674- f 669

617

580

510.6

4.29

p . _3~,___. i 362.6 s

34 .7 .9

f ~ j ~

Z 24.1 ~4.

. ~ .. 137.5.

o o s~¢b/,e

_1,,~

363,2

1 3 7 . 5

i

, I 58.0

r 0.0 1 5 9 _

es T b g4

0 .76 ~ s 10

14.5 .ps ?

s ~ b l e

NUCLEAR DATA SHEETS DRA~XNG 7 ~ = 1 5 9

ZSSTb(n,n'7) 73Fe09 R e l a t i v e photon i n t e n s i t y a t E=3,7 MeV i s shown

R e l a t i v e photon i n t e n s i t y a t E=IO MeY i s shown

~ 1 1 , ~ /

1009

674. / 669

s81

511

4 . ~

~Tb 94

(11/2-)

"/.Q+

~ 857.6

EGr3

778,0

761.3

6 ~ 7 / 67~,~

617,7

5Qo,g

548.21 / 545.7

~k~5 ~2

e~ T b g4

A = 159 DRAWING 8, PART 1 NUCLEARDATASHEETS

2000

1500

1000

500

0

'sslwY.Y) 72Da35, 66RaOB. 59MeTB ‘wd(P.Z?lY)

74wi22 '%d(%ie.d)

79Ro47. 72Ti05 =+l%(n,n'y)

79Fe09

w2-, 055.0,

NUCLEAR DATA SHEETS DEA~IHG 8 , PAE? 2 A = 159

A d o p t e d l e v e l s - 2 0 0 0

1888

1823

1"~0

1743

1713

1567

164.2

I~7~ _ ~ ' x . _ / 1563

14~9

1~63 134~

1256

t215

(7/-z-~ I~5s

( 5./2~, 7/*J'F~ 1099

1 3

(|l/'*J+~ ~ t0(;9 .

(~*2~k) 976

17/~s~ , ~ / - - ~ . 857.6

( ! / ~ - )

(7/~'F) 761,3 .

¢g."2-) 678.7

15/24- ~ 669 ..

617,6

1/*~- 5~O.B

1!, / :~ . . ~ . ~ 545,7 . (9/'r~') 53~.

13_~'~- s l t . o .

( 9."~-3 455,2 .

7~'~F

~ / ' ~ 3 ~ . 5 . . . ~ " J / - ~ - - ~ 0 . 1 5 5 P.s

11/"~-

g/'~F 241,4- .

7 / ~ 1 :r/.54- 3 5 . 6 ~ea

o.o : d a ) l e

~T'o =,

14gg

t285

19,/~F 1G~_ ....

l S / ~ - 569

. !3~H- 511.0.

5/24" ~d1.00

3/z[4~]

( ~ - ) S.15 ....

7 / 2 - 43g

.348.1g

11 /2 -

~g/2-)

S48.7 , ~/ '~- 7 / 2 [ ~ ]

(e/2-.-) 4 ~ . 2

7/2- 389.5

3 ~ , 5 S ~/~[ ,~]

\ y -

Bonds mixed

189

(11/2~)

857.6

~ ' .~- 7/2[~]

678.7 ~ 674.13

1,ci~- ~ o . ~

Mixed bo~d s48.3.

778~o

- 1 5 0 0

1000

- 5 0 0

A = 159 DRAWING 9 NUCLEAR DATA SHEETS

5000 1

1300 -J 1300

1000

500 •

(3/2.5/2)-

(~/~,s/r~)--

g/2-

5/2-

9./2+ 9~-.-

7/2+

5.,'2-

15aHo ¢ decay 71Bo18,68Ab15

T r a n s i t i o n i n L e n s i t y ( 7 + e e ) i s shown p e r 100 d e c a y s of p a r e n t

X 6"

^. 0 Io 6 6" 6"

~ 6 ~ ?,% ~ 0 1 ~ " X ' ~ ' ~ "

1~01 ,g /

1090,3 l 1075. "7

I016~3 /

6"~" 6"

6:+,_f, #; ,,.,~,:;6.

'" + 395.4.

~ - ~ . , v # - ~ ',L-~

6"~'~.~ ? ~

.':'6 ,¢ ~,~ -,t,," "~ ~ / ~e~'+- <o-,P6- +_.m.~/

. . . . . . . + I ?+,.+ ,~ 4~4~+ .')'-/ 236.0 I i

1 I l l l+ l +6 6 + ~.o/ I l J I I+ +~+:~ <~'+ ,.,-,,°

I + + ++-" + /

~ D y

¥'2- 0.0 159.

6? 1"10 92

Q += J a,~ a

[ E Log ft

( O,33 6,36 )

( 0,5g 6.26 ) ( 0.4~ 6.4~ )

( 5.2 5.4o )

( o .~, 6,56 )

( 12 ,¢ 5 ,52)

C62.5 4 .87 )

( 7.3 5 .~ , ) ( 0.34. 7.1e )

( '+ .8 6.5 )

( 0,3~ 7.2 )

( 7.8 5 . 9 )

33 ,m,

N U C L E A R D A T A SHEETS DRaWInG 10 A = 1 5 9

33/2+

1 5 e G d ( a , 3 n T ) 73KI 13, 71Bo38

R e l a t i v e photon i n t e n s i t y a t E=35 MeV is shown

ir304I. 3

e)

27/'2+ ~ '~

29/2+ '̂~'~'" ~ ~

.

~ " %, ..

.~? ~?

: ~ ' ~ ' ~ ~ ' ~ 17/'2-- \ , ~ ~ " ~ 21/2+ I ~ ~:# ~. ?

21/2-

21P't

15/2- 15/~-

17/2+

5/2+

7/2--

i I

J

>" ~ to ,.. A,"

1797.8

1750.8

1617.4-

1363.1

1274-.4- / 1273.0

1228.2

1124-.3

104-1.9

90~2.3 / 879.0 " 860.5

832.2

69~,8 667.1

575.6 543.2

.~;" %o " ~7 .6

.~ 9 ,o c~ 365.2

I+

/ 56 .8

122.3 ga

g.o ~s

150 ee uy ~s

NUCLEAR DATA SHEETS DRAWING 11 A = 159

tS°Gd(a, 5n7) 75Be34 R e l a t i v e photon i n t e n s i t y at E=63 MeV i s shown

5500

5000

4000

3000

2000

1000

o

_ ~ _ . . . . . . . ~_ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ~ _ , 0 _

~s/2+ 4326.3

41/2+

.9

35gg.2

3s/ '~ 37/2+

to

~-" h,

# ' ? ~ 31/2+

27/2+ 29/2+ \

3003.3 2921. g

2355.9 / 2302.8

1775.0 / 1750.0

1' 'I

21/2+

1 s_s_s_s_s_s_s_s_s_~ 13,/2+ 11/=,+ \

5 / 2 -

1273.8 / 1272.5

878.6 / 860,0

159 ~uy sa

? ? ~ 1 ~ 575..5

365.1

~ o ~._~ 3"~.1

~ ___¢/~.o 177.6

~ o.--W--

A = 159 9RA~IHG 12, PAI~T 1 NUCLEAR DATA SHEETS

6000

2 4 0 0 2 4 0 0

2000'

1 5 0 0 -

1000 -

5 0 0 -

169Dy IT decay (1P..? # s ) 6813o18, O'TCoE6

T r a . ~ s i t i o n i n t e n s i t y (T+ee ) i s shown p e r 100 d e c a y s of p a r e n t

III o

7/2+ ~ II ~ 9 7 ~ " " , ~ 2 0 9

! ~ o.0 1 4 4 . 4 ct

158 68DY

1 5 ~ 0 ,e" d e c a y ' 7 1 B 0 1 8 , 6 8 A b 1 5

(~V2,5/~)- 12oi ,9

1090,3 ( 3 / 2 . 5 /2 ) - ~ 1075.7

5/"2- 1018,3

g /2 - 505.1

7/2-- 395.4-

5/'2-- 309.6

9/2H- 239.6

7,/2+ ~;0g.0

5/ZH- 1T,;.6

7 / 4 - 136 .5

5 / 2 - 56.6

13/2=- 0.0

1 6 8 D y ( d , p ) '70Gr46

2016 t969 1961

1918 t891

164~ 1824-

1786

1748 1"/27

1696 1673

1643 7/ '2- 1621

16£<)

1558 5 / 2 - 1535

1516

3 /2 - 1473

1431 14-11 t391

13¢1

1283

t213 9/'2"- 118g

t150

7 / 2 - ~

~ J i 77"2 7/'~-- U "z~-

5 /2 -

(11/2-) 636 5 / 2 - ~ 621

3 / 2 - 586 1/2+ 560 1 /2 - 533

9/ '~ - 50~

*70

3/'2+ <16 7 / 2 - ~ 39<- 13/'2-~ ~ 362 11/2-- \ / 362

9 / 2 - 238 9/2+ \ / ~

7/2,~ 2O6

5/'~- 176

7/2- 136

3 /2 - o.o

168C.a(=, :3 .7) '731{1 1 3 , 7113o38

1 6 0 ~ ( d , t ) ? 0 G r 4 6

33/2+ 230&,3

2"/,P~- 1797.8

29/2+ 1750.8

23/2- 1617.4

21/2-- 1363.1

23/"2+ 127<-.* 25/2+ \ / 1273.0

21/2-- • 1228,2

15/'~- 112~-,3

i 19/~'~- 104.1,5

17/2"- g02,3 2 t / ~ - 8"/9.0 t9,/2t- 860.5

,17/2- e~.2

15/2- 667.1

17/2+ 575.6

15/~" 543.2 13/2- 514-.9

• 13/2-- - - 4-97.6 '

11/2- \ / 361.2 11/2- ~ 3S2.4 11./24" 327.g

9/2+ ~ .5 9,'2- ~ 235.9 7/2+ 209.0

5/"-~- 1"/'/.6

7 / " ~ 136.7

5/'~- 5So

627 6o7

1/2+ 56~ 3/2+ ~ / 5 , i . g 1/'2-- ~ 53/.

?..~___, / 4.18 395

11/2- ~ _ ~ 365 1 ~ 365 11/'~- 362

5/'2- 309

9/2+ 239

7 /~ - t37

5/2 . - 56.8

:3/'2-- 0 .0 3 /2 -

l ~ ] ) y m

16°Dy(SHe , a ) 75Gr37

18ge

ggo

~/~- 515

3/2+ 369 1 1 / 2 - \ / 3 6 9

9P~e ~ 9 /~ - \ / 242

7/2-- 137

3/2- 0.0

I 6oG~(a.SnT) 75Be34

_4_9_/~+___ __~_o~__@_. 45 ~ - . / 43"~6,3

31/~- ~,~5.9

2r302.8

2"/ 1775.0 29 1750.0

• t2 /3 .8

575 5

15 .4-

t 365.1

1 1

9 6

7 0

5 177.6

5 56

N U C L E A R D A T A S H E E T S DRA~I~G 1 2 , PART 2 A = 159

Adopted l e v e l s

4 ~ 4326.3 4.1/~2~ - 3599.2

31./'2+ 23~5 .g

45/2+ 4326.3 4,1/:~+ ~ ]59o,2 ]5/2~- ~/3(x)3.3 37/'2+ ~ 2~21.9

31/'2+ 2355.9

3 3 / ~ 2302,8

2016 1969 1961

1918 1891

184-9 1824,

1786

2 9 / " ~ 1750.8

1696 1573

1643 7./2- , t621

t590

1558 5/2-- 1535

14,7~

1431

21..C2- t363.1 134-1

1283

21/2- 1~28.2 21/'2-

1150 19,.P'J - 1124-.3

7./2- 109O,3

19/"2- 104-1.9 I9,/2- (5/'2-) 1016.3

963

17/'2-- 902.3 21/-.'~ " 879.o

17/'2- 53'2,2 17/'J-

15r.~ l - - I ,~7.1 (11/2--) ~ 035

5/~- i 1 521 ~ . . . . . . . . ~ . . . .

L-~- ) . . . . . . . ~--T.__~_ . . . . t5 /2+ 543.3 1/;'2- ~ 13/'2-- 514-.9

13/'2- ~ 4,97.6 4,7O

3/2+ 4-17

, _ _ ~ _ _ _ _ _ . ~ 11/*J- X - - / 361.2 1 1 ~ ~ r ~2"* 11/2~r 327.9

gJ2~ 239 6 9 /2 - X__/ 236,0 7/2+ ~g .0 5/'J+ 177.6

7/'2"- 136~5

5/2-- 56.7

3l/'2-- 0 ,0 155 ~Dy o5

27/2+ 1775.0 29,/'~- 1750.8

23~2+ 1~74..<- 35/'~- \ ./127].o

122~.2

104-1 .g

21/'2+ 8"/9.0 19,/ '~ - - e60,5

832.2

667.1

(11./2-)

17/2+ 575.6

15/2+ 543.3

4"97 ~6 9/"2"-

u.11 / '~ - ~61.2 13/2~ 365.2 I Z 2 . 3

11/'2+ 327,9 1 . 3 ~ s

9/ '2- ~36,0 9 /2+ 239.6

7/2+ 209.0

9 . 3 ~ 5 ~ F 177.6

0 . 2 1 ~ s / z - ~ . 7

l l t . t ~ 3/'2- 910

7 /2 -

5 / ~ - 5 / a [ ~ ]

23/'2-- 1617.4"

21./2 - 1363.1

15/2--

635

505.1 I ~

395.4

11/'2-

19./2 - 1124.3

17/2- • 902.3

n/~[.o.]

.7/2- ~ 7

e..~ 774 3/-2- 749

698.8

514".9

3/2F 4.17

352 .,I-

(9/ '~-) 118g

7 / 2 - 1090.3

5/2[~]

5/2- 621

I/2- 533 V2[o=]

uDY

7 /2 - 1621

5 /2 - 1535

;/2[~o1

1 / 2 h ~ 0 ]

56:~

7 / 2 -

5 / ' ~

3 / 2 -

772

659

627

A = 159 DRAINING 13 NUCLEAR DATA S H E E T S

3000

2500

2100 2100

2000

1500

1000

500

5/2-

(1 ,~ .3 /~ )

5/ -~ - 5 / ~ -

3/2-

1/2-

.%_5~_.~ . . . . . . _ _ . _

9/'2-- I

7P-

~ o+

~--~.,+¢,~+,,+,. +, ,., .,% +,

~-~ -~ - .~

l~9Er • decay 77Bo26, T"K"~YT

T r a n s i t i o n i n t e n s i t y (7+ce) i s shown per 100 decays of pa ren t

* Mul t ip l e placement

31/" ~- OTO 156 es Er m+

2091.7 / (

2001.6 / (

d l ~32.7 ((

+'779.4- / (

1689.3 (

---~-

+558.5 t

14.95.0

1396.3 t

3 6

1~+ I ( Log ft

1 . 5 6 . 0 1 )

1.0 6.28 )

0.36 6.81 ) 1.2 6.30 )

2.4" 6.09 )

0.62 6.75 ) 1.0 6*55 )

1.0 6.63 )

0.4-I 7.06 ) 0.73 6.81 ) 1.2 6.61 )

0.77 6,1M )

0.39 7.17 )

I I

o'o"

.~?

T

• 815.5 /

~,~)' ~,~ ~. // ' ? ~ W " , ~' 671.8 ~]

I • ~ " 6 + 9 +

I) lTf "° ~Y i I 1 ~ + ~.-" / ! i o" ~ 5 2 0 . 1

t: tJ -+ ++ • " l . . . . . . . . . . ~ ' , . " -', . . . . . . . . . . . . . . - / i 2 2 ~ ~ +2+.1 . J

, // IT °/. : l + +" ,' I I , , l l -+:+ , ....

-4 - . . . . ~-~-- F-r-r-r " : ~ m +----++:+.+,

II i l / / I . ~ ,,,,., ,;" o=5~.0 /, • / I i 1 / / I T ~#~" ":" 212.,<- /

t k L + L I l . . ' v ~ ~ l , . . . . . . +~- -~--~-,~ ] 8.30

I I) I ' . . -+ "+

I llI( 97.5

I I l t i l 0 +

0.0310 0.72 7.16 )

( 0.10 1.60 6.87 ) ( 1.6 23.9 5.71 ) ( 2.2 30 5.6t )

C 0.17 2.13 6.78 )

( 0.1:2 1.28 7.03 )

( 0.061 0.53 7.4+t- )

( 0.13 0.87 7.:~7 ) ( O.OgO 0.60 7.43 )

( 0.07~5 0.155 8.04- )

S" ( 2.9 16.1 6.04- )

( 0.~ 0 . 9 5 0.73 IU )

N U C L E A R D A T A S H E E T S DIIAWII'IG 18 A = 159

~ssm (1 IB,4n?) 74GrO1 Relative in tens i ty depopulating each level

(er lssover + calcade)

(3~/'-J-) ~7o9 .~ 3 9 / ~

1SeTh (a, 4n~'), (811e ,3n7 ) 75F011, 77b-'p04, 76AdZS

Relative photon in tenui ty at E=49 IgeV is shown

l~/'z-

15/2-

/ 3161.9

~n~ P574-.B

#- lgB2.3

~°'Y" 1431,6

¢ ' 945,2

#

11/'2-- 219~0

3160.3

2egT, g

7574.0

7515.8

.=,?

I #., I I

Sl/'J- {. ?T

21/'2-

23/'2- 19/2+ 0 7,,'~+.J \

2 1 / ~ -

1 7 / ~ -

lS/7+

(lS/-,N-)

24-10.4-

~ - *

# #

1 ° " -ll ' "ITTze

J

2305.0

1~1 .g / 1974-.7

1873,7

t 7 ~ . 8

1506.3

1431.6 t382.9

/ 1374.~5

11gl8.2

111"7.3

o g55.1 / ~ 5 . 1

813.3 7"/5.7 740.3

605.7 / 597.8

536,8

• I/-~- - \ 369.4- ~ , 4 ~ __J ~ . ~

• " ~ ~ 219.0 ~_~- J:~:~ 1".-2- ~ !~,o

YP- oTo 7t"¢-

A = 159 DRAWING 1 5 , PART 1 NUCLEAR DATA SHEETS

4000

3000 3000-

2500

2000

1500

1000

500

159Ho IT decay 71Ge01

T r a n s i t i o n i n t e n s i t y ( 7 + c e ) i s shown pe r 100 decays of p a r e n t

O- 7/2-

~Y

I/'J+ ~4o" 205.9 8.30 , 7/'-2+ lr~5,0

l 9.o 33 ~r~ ~ H o 8z

158Er ~ decay 77]]o26, 77HaYT

15~sm(llm4.7) 74Gr01

(39/2--) 3709.2

35,/2- 3161.9

t 6 5 ~ ( , , , t ) 77Pa23

2091.7

2001.6

1902.7 5/2+ ~ - - / 1891.2

5/-2- 1779.4

5/ '~- 1689.3 5,"2.- ~ 1679.9

1558.5 14.95.0 14.92.7 14~8.1

13ge.3

1355.0

31,/2-- 2574-.8

27/'-2- 1982.3

23 /2 - 1431.6

L 1863

1823 (4.) ~ 1804-

0 1752

2 1688

2 1588 2 ,3 ~ 1516 2 3

~ 14-52

1403 1 1330 (2) ~ 1312 (2) 129s

3 1268

19/'2- 94-5.2

(1 /2 .3 /2+) 815.5

5 /2+ 671.6 5/"~- ~ 64.9.1 5/'~- - . ~24.2 ' (3t~-) 580.7

3/2- 52o.1 15/'~-

4.63.3 1/2- 4-24.1

_5_/~_ ) ..... ~ r 312_._7 _. ~ 298.0

5/'2+ 252.9 k . _ / 212.4-

t. /21 ~ I / 205.1~ 11/'2-

7/'2+ 165,9

9/'2-- 97.5

7/2- olo ¥'2-

16eDy(aHe,d) 77P823

1855 ~_/ IrZ2

(4-) ~ / 1805 1709

0 0.097 1752

-- 2 t687 1636

k__ / 1617 2 ~ 1589

2,3 1521 2,3 ~ 1502 ;; 2. 14~0

X...J 14.4.9 2 0.063 ~ 4-27

405

1 0.04-2 1334-

(2) k__/ 1297 3 1267

1201 (0.) 0.02 k _ J 1179 :

1156 5 ~ 1156 I

104,0 104-5

4- 934. 4. 0.30 933 1.2 906 ,2 908 0 876 0 0.12 875

2 814. 2 0.21 816 (4-) 7S0 . (4-) 780 2 718

~ - - / 692 2 0.04-5 719 679 3 0 . 1 6 681

590 5 0.78 589 535

536.8 ~ / 520 1 0.14- 521 2~3 " - - / 4~2 2 ,3 ~ i / 483

~-- - / 4¢>4- 3 0.4-1 " ~ - / 464- 4-26 I 0.0~2 ~ 4-25

2 "--/383 2 0.045 "--/382

" - - J 340 " - - "3,1-2 315 2 0.13 315

253 2 1.5 254- 219.0 218 (2) 0.5 212

166 4- 0,92 166

97

0.0 159 67 H° 9z

0.0 0 .0

169Tb (a, 4n7), (3He. 3n7) 75Fo11, '77Sp04, 76AdZS

39/2-- 3707,6

35,'-2- 3160.3

33/"~ 2892.9

31 257¢.0

29 2515.8

~ 4 - 1 0 . 4 -

~ 3 o 5 . o _

25 1726 8

21 506

14-31.6 1382.9 1374-.5_

1198.2

19.3

955.1 945.1

775.7

605.7

369.4-

219.0

97.5

0 .0

NUCLEAR DATA SHEETS DRA~'r~]~. 1 5 , PA~'~ 2 F. = 159

Adopted l e v e l s

39.,/2- 3707.6 39/2.-

35F~- 3160.3 35/'2-

3707,6

3160.3

33 /2 - 2892.g 3 3 ~ 21~92,9

31 ,"2- 257'~.0 31

29/2- 251S.e

2~/'2- 2~05.0 ~9/2-

257¢.q

2305.0

~7 /~ ~-IO.

29/2- 2515.8

2091.7

2001.6 27 /2 - 19~1,9

1902.7

25 /2 - 1 ~ 6 . 8 5/24- 16e9.3

1635

23,/24- 1873,7

25/2- 197~.7

151g

23/2--

1267

1201

17/2- 1117.3

Io~3 ,17,/2- ~ 740.3 3/2. 5 ~ I

l e9:2

~/'~- ! I -~ .~ 11./"~,F L ~ 805.7 9 /2 - • II Se~

! 5 ~ - ~ 5 ~ . e a / 2 - l - - I 521

1~:~.-

:4 .7 5/ '2+

5Z '~- , 1 1 / 2 - - ,

7/2+ 165.9

g/2- ~ 7 . 5 m

21/~-

19.,,~2.-

17,'~-

13/2L--

11/'J-

g /2 -

7 /2 - o .0 . , ~ 7,'~-

1431.6

11gt~.2

946.1

740.3

369.4-

21g.0

97.5

7 / ;~ 7/a[4o4]

19{"~- 1382.9 (17/"~) ~ 1374.5

, 15/2.1- 955,1

775.7

11/2+ 605,7

77"J~- 3~2.7

5/'J,I- 31~,7

1/'~ ~_ /=o~.7 5/~[4o~] 1~,~ I / ~ ]

21./'~- 15C~.~._

11/-~- .. 17/'~- 1117,.!_ 9/21514]

13/2-- 813.T

252,9

5/21413] gP~- 58g

I./2 .- 4,24.1

15g . 87 ~ 0 R

1156

671.6

3/2-- 580.7

K - 2 r i b

A = 159 DRA~ING 16 NUCLEAR DATA SHEETS

159Tma deaay 75Ag03, 758 t07

T r a n s i t i o n i n t e n s i t y (7+ae) i s shown per 100 decays of p a r e n t

* M u l t i p l e p lacement

s(~+ o)o 9 .0m ae Tln go

I~+ I(', Log fl /

1318,0 / ( 0.9 6.5 )

1190.9 / ( 0,87 6,6 )

1050ol / ( 1.1 6,5 )

/ 99O.8 f / ( 0.5 6.9 )

963.5 / ( 2.5 6.2 )

890.3 / ( 0.I 1.0 6,6 )

7g0.4- / ( 0.C6 0.44- 7.0 )

716)9 / ( 0,1 0.8 6,7 )

ea Er m

( 0.2 1,3 6.6 ) ( 0.1 0,6 6.9 )

~ ~ .~ ~ : 42~,75

I II °:o.¢ / r ~ ~ 2~0:20

i _~ 182.53

1 1 59.1~ ( 7 15 5.7 )

r %9

NUCLEAR DATA SHEETS DRAWING 17 A = 159

(HI , 3 n 7 ) r e a c t i o n s ? 3 G r ; ~ , 71LeYU

R e l a t i v e u h o t o n l n t e n s i t 7 f r o m 1 5 0 ~ 1 ( 1 2 C , ~ ) a t F~88 ~eV I s shown

_~_/'~+J . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . _~.~_~= _~_

1~ZDy(a,TnT) 75Be34

R e l a t i v e p h o t o n i n t e n s i t y a t E~tO0 MeV i s shown

~-5/2+ <.554.,0

• 4.1/'J~- I~ 3815 .0 4-1/2+

fo

381=;.2

A,

r 3106,3 ~7/2+ 3 1 0 6 , 6

2s/'~

o)

o

2430.6

1B0~°7

1 2 4 8 . 8

17/'~- . 11/2- \

. / ~ -

9/2+ \ 7 /2 - 5/2-

71~-.3

e~ ~ . ~ " . ~ - ~

.J.~ 226

1 " oto

159 ~ 68 ~1" Iil

33 ,~

29/'~

25 /~

17/'~

?

2430.9

o #" 1804-.9

?

1 2 4 8 , 9

784-.4-

4~.5

0.0 15g

6 8 1 ~ 91

A = 159 DRAWIHG 18 NUCLEAR DATA SHEETS

1 5 1 " 0 n ¢ d e c a y 7 5 . ~ 0 3 , 7 5 S t 0 7

1 3 t 8 , 0

1190,5

1050,1 990.8

- - 9 6 . 5

8 9 0 , 3

790.4. 7,/"2+ 716 9

615.~

55<.,97

- - 44~ .01

~ ~ - / ~ . 1 0

7/2+

9./2+ 182.53 7 /2 - 144,11

5./2"- 59.18

3 /2 - 0 .o

le=~(=,'r~7) 7 5 B e 3 4

( ~ , S n T ) reactions 7 3 G r 2 4 , ? ILeYU

£~ .Z'~ . ) . . . . . . . ~ _ 3 ~ _ ~

<.1/2+ 3815,0

37/~+ 3106.3

33/~+ ~ z o . 5

:~5/2+ 1248.8 2s/2+

21.,~'~1 - 7e<..3 21P~-

- - I 17/24" 43¢.3 11/2- ~ 430 1 7 . ~

9 /2 - 259

s /~- ss

u E r m

<.1/~H- 3815.2

37/2+ 3106.6

33/2+ 2430.9

180~.9

1248.9

71~ .<.

434..5

2~6

0.0

A d o p t e d l e v e l s

45/2+ 455¢.0

3"//'~F 31(I~,6

33/2+ 2430.9

29./'~- 18o~.9

1318 05

25/-J+ 1248.5

1190.95

1050.09 - - " ~ - J 990 ,80

I~g0.31

~ 8 . 2 p ~ 716.86

t==J' 616.90 ,I '~ 615.8(2

- - ._J' 565 .<.2 55<..97

J ' 467.79 r ~-9.00

4~- .s 95 p s <.28.75 J 5go ,~

J L ~48.10

7 302.2e ~-~-------~ ._~ ~ 1 . ~ g/"2- 1 258 05 ~ . j . 1 226

7/2- 14,1.,11 7 /2 -

5/2"- 5 9 . t 8 ~ ~0 1/,~ 5 / 3 -

o.0 36 t ~ 3 / 2 - - ~ / < ~ ]

46/'2+ ~554.0

41 . ' ~ 3e15.2

37/'~- 3105.6

33/'~- 2430,e

29/2+ 180¢.9

21/2+ 784-,4

17/'~+ 434-.5

7/2+ ~ ~o2,2e 7.,'2- 258,05 ~/'2+ ~7t .28

1 ~ # ~ 226 5/2,,-

144.11 M;xed bond

s9.18

o.o Is9

~ E r ~

348 .10

~ ' " - ~ / ~ l

1 1 / 2 - 4~8.75

159 NUCLEkR DATA SHEETS Eu -1

63 96 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -- . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

*SgEu adopted levels (from *6oGd(pol t,~)) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

~ii information concerning levels in *SgEu comes from 78BuZQ, a study of the *6OGd(t,~) reaction, using polarized tritons with E=17 NeY and a magnetic spectrometer. Cross sections and analyzing power were measured at @=25 degrees. Cross-section values listed are given in ~b/sr.

Q(~-)=2630 50; S(n1=6760 90 77Wa08

E (leve!) 1 Jw~ T,/z S§ Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0# ( 5 / 2+ ) 18.1 m 1 0 .02

75# 4 (7/2+) 0.87 172# /4 (9/2+I < 0.10 1908 /4 (5/2-)

25,58 /4 291# 4 3 37& /4

392~ /4 4/42i~ q. 5715 /4

7 048 806 4 887 /4 1076" /4

11 40* /4

1260 q 12 87 13 10 1/488 1635 1670 1690 1765 1803 1825 1905 19 54 24 60

( 7 / 2 - ) (11 /2+)

(3 /2+ + 9 / 2 - )

0.11

( 5 /2+ ) O. 28 ( 1 1 / 2 - ) 1 .57

( 9 / 2 + + 1 3 / 2 - ) 0 . 1 2

( 1 5 / 2 - ) (3/2+1 0 .10

(1/2+1 0 .19

( 5 / 2 + + 3 /2+ ) 0 .40

(7/2+1 0.32

d~/dw=10 Tt/z: weighted average of 18.07 m 9 (65~u16),

17.9 m 8 (669a191, 19.0 m 5 (651w01) and 19.0 m I0 (61KuOl).

JT: 5/2(4131 Ni!sson state d,/dw=110 d./dw=18 d./d w<~ Jw: 5/2(532) Ni!sson state d~/dw=43 d./dw=9 d¢/dw=35 J~: authors indicate that the peak at E=337 key

is an unresolved doublet consisting of the 3/2(q11) Nilsson state and the 9/2- member of the 5/2(532) band, with S<_0.10 for the 3/2+ state and S<_0.33 for the 9/2- state.

d./dw=11q d./dw=220 d ,/d w= 24 J~: authors indicate that the 571-key peak is an

unresolved doublet consisting of the 9/2+ member of the 3/2(4111 band and the 13/2- member of the 5/2 (532) band.

d~/dw=23 d6/dw=37 dg/dw=17 d./dW=85 Jw: 1/2 (420) Ni!sson state d~/dw=175 J~: authors indicate that the 11/40-keV peak is an

unresolved doublet consisting of the 3/2+ and 5/2+ members of the I/2 (/420) band, with S=0./40 for the 5/2+ state.

d,/dw=18 d¢/dw=27 d,/dw=42 d./dw=38 dg/dw=31

d./dw=33

d./dw=43 d./dw=35 d./dw=80

# Authors estimate AE<_4 key for E<1.2 ~eV and 5E somewhat larger for higher excitations. The listed Jw values are reasonable, but they are listed here as tentative since the L-values upon which they are based are not stated as definite by 78BuZQ.

§ Values listed are for the nuclear structure factor, calculated from cross sections, with normalization factor N=23.

# 5/2(413) A=I0.6, B=O.O04 8 5/2(532) A=9.5, B=-0.0015

3/2(411) A=I0.9, B=O.O09 * 1 / 2 (q20)

181

159 63Eu96-2 NUCLEAR DATA SHEETS

~-radiations from tSPEu ~- decay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Decay scheme: The absolute ~ feeding to levels in tsPGd is unknown. The

endpoint of the highest energy 8 branch, 2570 key 50, has been measured by 65Iw01, who assume that this branch feeds the ground state of *sPGd. ~ study of the 7-ray transitions following the tsPEu decay was carried out by 69Kei0, who assume that this ~ branch feeds the 67.8-key level and that there is no ~ feeding to the ground state and the 50.7-key first-excited state. Depending on what assumptions are made concerning the distribution cf ~ intensities among the lowest four levels in *SPGd, the intensity of the 2570~ may range from 20~ to 35~. Consequently, no assumptions are made here regarding the ~-branching intensities.

The decay scheme is due primarily to 69Kei0; however, in view of the uncertainties in the 8 branching intensities the I(~)- and log ft-values of 69Ke10 have been omitted. the energy levels in *SPGd populated in *SPEu decay agree well with reaction studies.

Measured ~ energies include: 1000 key 100 87-coincidence (65Iw01). 1500 key 50 ~7-coincidence (65Iw01). 1750 keV 50 87-c oincidence (651wO I). 1850 key 50 scin, F-K (65Iw01}. 2200 keV 100 scin, FoK (61Ku10). 2350 key 50 scin, F-K (651w01). 2570 key 50 scin, F-K (65Iw01). 2400 key ~20-I0 scin (66Da06).

7(*sPGd) from tSPEu ~-decay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

E 7 ~evel I7 . . . . . . . . . . . . . . . . . . . . . . . . . . .

C o m m e n t s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

( 1 7 . 1 ) (67.8) 50.7 4 50.7

51 119

67.8 1 67.8 59 13 71.4 2 122.0 33 8 78.6 1 146.4 28 5 80.4 4 227.5 3.8 I0 90.4 212 1.9 3 95.7 1 146.4 21.5 25

xi02.5 2 unplaced 20 2 105.5 2 227.5 2.2 2 108.8 3 227.5 0.87 13 118# 2 186 121.9 2 122.0 12 2 146.4 1 146.4 10 159.8 2 227.5 4.2 3 176.9 I 227.5 4.0 2 227.5 3 227.5 5.0 15 498.2 7 710.2 1.0 3

x521.4 7 unplaced 5 2 551.3 3 602.1 i.2 1

x575.5 4 unplaced 8 1 588.6 3 710.2 1.2 2

x596.0 q unplaced 10 2 602.2 2 602.1 2.7 2 613.4 2 732.7 3.9 3 645.7 3 873 1.1 I 659.5 I 710.2 4.1 3 664.9 1 732.7 9.4 5 676.6 1 744.4 5.8 3

ET: Observed by 68Bo10 in decay of 26.2-ns, 67.8-keY level in *SPGd. ce(L)(687)/ce(L} (517)=1.1 2. 65Iw01 also observed a transition in tSPEu decay with energy 54 key 4.

v-transition of E~51 key placed in decay scheme depopulating level at E=119 keV. Placement supported by possible 7-7 coincidence (69Kei0). 65Iw01 also observed a transition of E=54 key 4 in tsPEu decay.

E 7 Level I7

6 8 1 . 9 1 7 3 2 . 7 7 . ! 4 6 9 3 . 8 3 7 4 4 . 4 1 . 5 1 7 2 0 . 4 5 948 0 . 5 1 726.5 3 873 2.0 2 733.1 q 732.7 0.75 15 744.3 2 744.4 2.8 2 753.9 2 873 2.8 2 763.1 3 948 1.0 1 804.7 2 873 7.9 5 829.7 3 948 1.7 2 871.4 5 873 0.65 10 880. B 3 948 1.0 1

x915.7 6 Unplaced 5 1 936.1 5 1163 0.9 2

1015 1 1163 1.5 5 x1038.2 7 unplaced 6 1

x 7-ray not placed in level scheme. t Observed by 69Ke10 in 7-7 coincidence.

E7 Zevel Iv . . . . . . . . . . . . . . . . . . . . . . . . . . .

1 0 4 3 . 7 /4 1163 1 .6 2 1 0 6 0 . 4 q 1128 0 . 9 1 1 0 7 8 . 4 4 1128 0 . 8 1 1 0 9 4 . 8 2 1163 3 . 7 3

x1109 1 unplaced 8 3 1 1 2 8 . 4 3 1128 1 . 6 2

Xl159.4 5 unplaced 1.9 3 x1181.6 10 unplaced 3.5 10 x1220.7 4 unplaced 6 1

1 3 0 1 . 5 3 1351 1 . 0 1 1 3 5 0 . 8 5 1351 0 . 3 7 6

x1433.7 5 unplaced 7.5 15 1451.6 5 1520 0.6 1 I468.6 4 1520 0.9 1 1520.0 2 1520 2.0 2

182

NUCLEAR DATA SHEETS 159 64Gd95-1

tSgGd Adopted Levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Assignments of adopted levels are due to the following: ~- 69Kei0 (d,p) 67Tj01 (d,t) 67Tj01, 75Ja19, 76Pe02 (n,7) 71Gr42, 77GrZL

Q(~-)=974.7 18; S(n)=5942.6 10:S(p)=8610 80; Q(~)=-790.6 25 77Wa08

E (level) Jr T,/z . . . . . . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0t 3/2- 18.56 h 8

50.7# 4 5/2- 67.8~ 1 5/2+ 26.2 ns 8

119 t 2 7 / 2 + 1 2 2 . 0 t 2 7 / 2 - 146 .4§ 1 5 / 2 - 1 8 5 . 3 t 14 9 /2+ 2 1 2 t 1 9 / 2 - 227.5§ 1 7/2- 273¢ 2 (11/2+)

327t 3 11/2- 330§ 3 9/2- 372¢ 2 13/2+ 456§ 2 11/2- 507.7# 3 1/2-

558.2# 2 3/2- 5 89# 3 5/2- 602.0 2 (3/2+) 636 2 642 5 647°2 5 (5/2) + 682~ I 11/2- 7 05# 2 7/2- 710.2 2 732.6 1 744.48 1 3/2+

761# 5 9/2- 782.3~ 3 1/2+

801 1 (5/2) + 818.2 4 (5/2) + 837 5 855~ 4 (9/2+) 859.7 5 (5/2) + 872.7K 2 5/2- 924 3 948.5~ 3 7/2- 959 2 9 73.7T q 112+

1000.6. 5 312+ 1043 2 1044K 5 (912-) I057~ 3 (13/2+) 1060.9 4 1079o3 1 1110 .7x 1 3 / 2 - 1128.5 2

~=-0.4q 3 (78LeZA) T,/z: from 66Da19. Other measurements: 48Kr03,49Bu01,60Wi10. Jw: atomic beam (61Ca07), L=I in (d,t), 3/2(521) Nilsson state.

Jw: 5/2(642) Nilsson state. T,/z: from 68Bo10.

Jr: 5/2(523) Ni!sson state.

Jr: level is weakly populated in (d,p) and (d,t). Probable member of 5/2(642) band.

Jr: 1/2(521) ~ilsson state, with substantial contributions from 7 vibrations built on the 3/2(521) and 5/2(523) ~ilsson states.

Jr: 11/2 (505) Nilsson state.

Jr: 3/2(402) Nilsson state. Some admixture of the 3/2(651) Nilsson state is expected.

Jr: 1/2(660) Nilsson state. 71Bu16 indicate that considerable admixture of the 1/2(660) and

I/2(400) Nilsson states is expected, as wel! as some contribution from the 7 vibration built on the 5/2(642) Nilsson state. 75Ja18 deduced the relative contributions of these two Nilsson states to this band.

J.: 5/2(512) Nilsson state.

Jw: 1/2(400) Nilsson state. 71Bu16 indicate that considerable admixture of the 1/2(400) and 1/2(660) Nilsson states is expected.

Jr: 3/2(532) Nilsson state.

Continued on next page (footnotes at end of table)

183

159 64Gd95-2 ~UCLEAR DATA SHEETS

*sgGd

E(!eve!)

Adopted Levels continued

J~ Tt/z Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ~ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

11 3 9 . 0 5 11tt5. q I q 3 / 2 -

1 1 6 0 . 0 5 1 1 6 2 . 3 x 2 1 1 7 9 . 6 l 10 11 82~ 5 1202 3 1 2 3 3 . 8 10 1238 3 12 50 5 1282# 5 1 2 8 3 . 9 8 13 01~, 5 1341x 5 13 54 1 13901 5 1 3 9 2 . 6 10 1415 4 1424 4 1~30 .2 3 1 4 4 6 . 7 11 1467 .1 5 1477.8 6 1493 7 1506 4 1 5 2 0 . 0 2 1538 1 1'545 1 1560.7 5 1572.1 7 1581.9 7 16 03.2# 2

1 6 2 5 . 5 8 16 q, 1 . 8 # 3 1655 1 1668 7 1 6 7 3 . 5 10 16 92 4 1 7 0 6 . 2 10 1'722 1 17 30 1 1747 1 17 51# 5 1 7 5 7 . 9 10 1 7 7 3 . 7 10 1 7 8 1 . 9 10 18 09 3 18 39 2 1867 7 1885 e, 1897 2 1909 5 1925 5 19 53 5 1960p 4 1979 .5 ) , 18 1991), 2 20 07 7 2030 7 20 42), 4 20 53 5 2071 7 2081X 5 2089 7 2106 5 2134 5 2157 2 21 68 5

(5/2 -) (5/2-)

(11/2-)

(5/2) + (7/2-)

( 7 / 2 + )

(9/2-) (9/2-) (5/2+)

(11/2-)

(3/2-)

(5/2-)

J~: member of the 1/2(530) band. The bandhead has not been identified.

J~: could be a member of the I/2(530) band or the 3/2(532) band.

(7/2-)

J~: probable member of the I/2(510) band. The bandhead has not been identified.

Jw: probable member of the I/2(510) band.

(7/2 +) (1/2+) (3/2+)

(5/2+)

Jw: possibly the 7/2(404) ~ilsson state. J~: possibly the I/2(651) ~ilsson state.

(7/2+)


18q

NUCLEAR DATA SHEETS 159Gd -3 64 95

*spGd

E(level}


Jw T t / z Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2196 2 2238 7 2295 2 2560 7

t 3/2(521) A=10.2 t 5/2(642) A=7.6 { 5/2 (523) A=11.5 # 1/2(521) A=11.4, a=0.46

11/2 (505) 8 3/2 (402)

1/2(660) + 1/2(400) A=13.3, a=~.5 5/2 (512) A=11.4

x 3/2(532) A=11.0 6 I/2(530) A=7.6, a=0.072 T I/2 (400) + 1/2 (660) p 7/2 (404) k I/2(651) A=7.6, a=-0.30 # 1/2(510) A=11.6, a=0.34

B-radiations from tsgGd @- decay (18.56 h) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

The decay scheme is due primarily to 698r05. The level energies have been adjusted by the evaluators. The @-branching intensities and the 7-ray normalization

have been calculated from the listed 7-ray intensities by requiring intensity balance at each level, using the g.s. 8 branching intensity of 62~ 9 from 758aXG.

77 (8) scin 62Su0~ Az=0.0~2 30, A4=0.010 55 for (2257)(797) cascade. values are consistent with 5/2 (E1) 7/2 (~1÷E2) 5/2 sequence, from 6(797)=0.126 8.

@7(e) scin 62Su0~ Az=-0.003 10, Az (@) <0.008 for (590~)(3647) .

Other measurements: 64Ew04, 6~Pe07, 65Fu14, 67~a33, 69Gr32. only selected @- records are shown (see drawings)

~=easured E~ from 75BaXG, I~ from decay scheme. Others: 55~a60, 58~a53, 58Ni29, 62Ta12, 62Su04

E@ I~ Log ft Comments . . . . . . "----T-- . . . . . . . . . . . . . . . .

600 11 11.2 30 6.76 12

895 15 26.4 70 7.01 12

960 1"7 62 9 6.73 7

avg E@= 190.4 7 I@: 758aXG report I~=13g 2. avg E@= 305.7 7 I@: 75EaXG report I~=24g 4. avq E~= 328.6 8

7(*SPTb) from *SPGd 6- decay (18.56 h)

By# Level 17# ~ult. 6 = Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

58.005 1 58.00 21 2 El+E2 +0.119 5 11.036 6

79.52 10 137.54 0.38 4 MI÷E2 +0.126 8 4.368

137.4 2 137.54 0.06 1 E2


0.840

c~(K)= 9.074 3 ; a ( L ) = 1.530 7; ~(~)= 0.3373 15;1'~÷= 0.0955 ~

L1/L2=5.96 21, L2/L3=1.59 7, L1/L3=9.47 29, ~(K)ezp=9.3 5

L-ratios from 64No08, =(K) exp from 70~c21.

~(K)= 3.627 4;~(L)= 0.578 6; ~(~)= 0.1269 14;N+= 0.0362 4

6: from 66As02. Others: 58Ma36, 62Su04

a(K)= 0.482 ~(L) = 0.276 ; ~(~)= 0.0645 ;N+=0.01779

185

]59 64C~d95-4 NUCLEAR DAT~ SHEETS

7(*SUTb) from *SUGd B- decay (18.56 h} continued

EVt Level I7# ~u!t. 6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

210.9 5 348.19 0.165 25 ~1(+E2) 0.23 4 226.00$ 4 363.55 1.96 10 E1 0.0343

237.5 2 855.01 0.072 11 274.2 2 855.01 0.05q 13 290.3 2 3~8.19 0.28 3 ~1(+E2) 0.093 23 305.5 2 363.55 0.55 q E1 0.01588

3~8.17t 8 348.19 2.00 15 363.56t 3 363.55 100 5 E1 0.0103q

536.8 2 674.38 0.010 3 (91)§ 559.56 15 617.58 0.20 2 (~I) 0.02111 580.85 I~ 580.8q 0.57 4 M1 (+E2) 0.030 15 0.01921

616.5 3 674.38 0.020 5 (M1) § 617.7 2 617.58 0.13 2 (91)§ 674.3 5 674°38 0.003~ 10 (~I)§ 854.9 2 855.01 0.021 3

0.016~6

~z(K)= 0 . 0 2 9 0 ;~ (L )=O.oo .q . 11 ; ¢ (~) =0 . 00089 ; ~,T+=O. 00025

~(K)=0.01348 :~ (L) =0.00188 ; ~ (t{) =0. 00041 ; ~I+=0.00011

• (K) =0. 00879 ;~(L)=0.00122 ; a(M) =0.00026

~(K)=0.01620 ;¢(L)=0.00226 6: calculated by 66Ra06 from

T,/z and B(E2) value of 63Di09

t E7 from 69Br05 unless otherwise indicated. t E7 from 68Hi03 (curved-crystal spectrometer). § 63Di09 observed symmetrical Doppler broadening of electron

lines, indicating T,/aK5xlO-t3 s, which suggests transition is M1. # For absolute intensity per 100 decays au!tiply by 0.108 27

7(*SUGd) from *suGd IT decay (26 ns) 68Boi0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ._----

E 7 Level I (7+ce) ~ult. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

(17.1) (67.8) (26 4) (El) (6.76)

50.7 50.7 26 4 MI(+E2) 67.8 67.8 74 q El 0.832

~(L)= 5.22 ;~(~)= 1.154 I(v+ce) : calculated from observed ratio

ce(L) (68 keV)/ce(L) (51 keY), ratio of K X-ray to 7 intensity for the 68-key transition and the decay scheme, if the 687 is El and the 517 is ~I.

ce(L) (68 keV)/ce(L)(51 keV)=l.1 2 • (K)= 0.690 ;~(L) = 0.1110 ;~(M)=0.0239q ~N+=0.00661 IT: I(K X-ray)/Iv(68)=1.4 2

t For absolute intensity per 100 decays multiply by 1.0

*SUGd levels from *suGd IT decay (26 ns) 68Bo10

E(level) Jr T t / z

0.0 3/2- 50.7 5/2- 67.8 5/2+ 26.2 ns 8

186

NUCLEAR DATA SHEETS 159 64Gd95 - 5

E ( l e v e l ) Jv

0.0 3/2- 50.7 5/2- 67.8 5/2+

1 19 7/2+ 1 22.0 7/2- 1 46.4 5/2- 1 86 9/2+ 2 12 9 / 2 - 2 2 .7. 5 7 / 2 - 602 .1 7 1 0 . 2 732.7 74~.q (3/2+) 8 73 (5/2-) 948 (7/2-)

1128 1163 13517 1520

*SgGd levels from tsgEu ~- decay

TtFZ Comments

26.2 ns 8 T,/z: (68Boi0) pT(t) in *SSGd(d,pT).

tSgGd levels and gammas from *SSGd(n,7) E=th 71Gr42 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

E(level)

0.0 465 508 557 597 636 654 683 743 781 959 974

1 043 1 077 1108 1 127 1 140 1283 1 336 1 389 1431 1 558 1 608 1 637 1721 1840 1 897 1980 1 991 2157 2196 2295 (5942.6 10)$

E7 Level ITt

3647 2 5942.6 0.18 3746 2 5942.6 0.17 3785 1 5942.6 0.22 3951 1 5942.6 0.20 3962 2 5942.6 0.11 4045 I 5942.6 0.49 4102 I 5942.6 0.27 4221 I 5~42.6 0.21 43 05 I 5942.6 0.23 4334 2 5942.6 0.15 4384 1 5942.6 0.20 4511 2 5942.6 0.07 4553 2 5942.6 0.09 4606 2 5942.6 0.12 4659 2 5942.6 0.17 4802 1 5942 .6 1 .2 4815 1 5942 .6 0 .26 483q 2 5942.6 0 . 1 9 4865 1 5942.6 0.53 4899 2 5942.6 0.10 4968 2 5942.6 0.1~ 4983 1 5942.6 0.21 5161 2 5942.6 0.16 5199 I 5942.6 0.24 5259 2 5942.6 0.13 5268 5942.6 < 0.23 5306 2 5942.6 0.19 5345 1 5942.6 0.30 5385 1 5942.6 0.86 5434 I 5942.6 1.6 5~77 1 5942.6 0.20 5942 1 5942,6 4.5

% Neutron-separation energy (77Wa08). # Photons/100 n-captures

187

159 64Gd95-6 NUCLE&R DATA SHEETS

*sgGd levels from *SeGd(n,7) E=2 keV, E=24 key 77GrZL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

E (level) a.~ Comments

0.0 1/2-, 3/2- 50.7 7 >- 5/2 67.7 7 (I/2+,3/2+)

147.5 10 5/2 507.7 6 1/2, 3/2(-) 558.2 6 1/2-, 3/2- 588.5 >_ 5/2- or 7/2+ 602.1 8 1/2+, 3/2+ 647.2 20 (5/2)+ 744.2 8 I/2+, 3/2+ 782.3 6 1/2+, 3/2+ 801.0 15 ( 5 /2 )+ 818.2 14 ( 5 /2 )+ 859.7? 20 (5 /2) + 973.7 6 1/2+, 3/2+

1001.6 8 I/2+, 3/2+ 1060.9 8 1/2, 3/2 1079.3 6 1/2-, 3/2- 1110.7 6 1/2, 3/2(-) 1128.5 17 1/2+, 3/2+ 1139.0 8 1/2, 3/2(+) 11~5.4 7 I/2-, 3/2- 1160.0 17 I/2,3/2,5/2+

Jr: (d,t) results indicate strongly that this level is the bandhead of the 5/2(6%2) band

E (level) Jr T

1179.6 (5/2) + 1233.8 10 (5/2)+ 1283.9 10 1/2, 3/2+ 1354.3 (5/2) + 1392.6 12 1 / 2 , 3/2+ 1400.0 12 1 / 2 , 3/2+ 1430.2 6 1 / 2 , 3 / 2 ( - ) 1446.7 14 1 / 2 , 3/2+ 1467.1 12 1 / 2 , 3/2+ 1~77.8 9 1 / 2 , 3 / 2 (+ ) 1521.0 7 I/2, 3/2(-) 1538.4 I/2,3/2,5/2+ 1545.3 I/2,3/2,5/2+ 1560.9 8 1/2, 3/2(+)

E(!evel)

1572.1 10 1581.9 12 1603.2 6 1625.5 1642.0 6 1655.0 12 1673.5 6 1706.2 11 1722.4 12 1730.0 1747.0 12 1757.9 1773.7 1781.9

j w l r

1 / 2 , 3 /2 (+ ) 1 / 2 , 3/2+ 1 /2 , 3 /2 - 1 / 2 , 3 / 2 , 5 / 2 + 1 / 2 , 3 / 2 - 1 / 2 , 3/2+ 1 /2 , 3 / 2 - 1 /2 , 3/2+ 1 /2 , 3/2+

(5•2) * 1 / 2 , 3/2+ 1 / 2 , 3 / 2 - 1 / 2 , 3 / 2 , 5 / 2 1 / 2 , 3 / 2 -

1' 3/2 (521) :1:5/2 (6u,2) § 5 /2 (523) # 1/2 (521)

3 /2 (651) 3/2 (402)

* 1/2 (660) +1/2 (400) K 1/2 (400) +1/2 (660) x 1/2 (530) 4 3/2 (532) T The listed values are those deduced from analysis

of the intensities of primary capture 7-rays only. For adcpted Jr assignments for these levels, see IsgGd adopted levels.

*SgGd levels from ISeGd(d,p) 67Tj01

See also *6OGd(d,t) and iSgGd adopted levels.

E (level) Sr

0.0t 3/2- 1 22t 3 7/2-

1 47§ 3 5/2-

1 85~ 3 9/2+ 2 27§ 3 7/2- 2755 3 11/2+ 330§ 3 9/2- 373 ~ 3 13/2+ 4 57§ 3 11 /2 - 5 07# 3 1 /2 - 5 59# 3 3 / 2 - 5 89# 3 5/2- 680~ 3 11/2- 706# 3 7/2 ~ 746~ 3 3/2+ 761# 3 9/2-

E ( 1eve i) ar Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .------

783* 3 1/2+ 837 875K 3 5/2- 950~ 3 7/2- 977x 3 1/2+ 10 00" 5 3/2+ 1044K 5 9/2-

11 38 5 1182K 5 1204 5 1237 5 1287 5 1396 5 1~30 5 1474 5

67Tj01 indicate that there are several unresolved (d,p) levels between lO~q key ann 11~0 keY.

1 1 /2-

continued on next page (footnotes at end of table)

............... - ............................ .---.. ...... . .......... . .......................... . ......... _

188

NOCLEAR DAT& SHEETS 159 64Gd95 -7

*SgGd levels from *SeGd(d,p) 67Tj01 continued

E(level) aw

1493 5 1521 5 16 02x 5 3 / 2 - 16 38X 5 5 / 2 - 1693 5 1718 5 1751x 5 7 / 2 - 17 80 5 1808 5 18 40 5 1887 5 19 09 5

E(level) a.

1925 5 19 53 5 19774 5 1/2+ 19931 5 3/2+ 20401 5 5/2+ 20 53 5 2081i 5 7/2+ 21 06 5 21 34 5 21 68 5 2193 5

1 3 / 2 ( 5 2 1 ) ~t 5 /2 (642) § 5 /2 (523) # 1 /2 (521) @ 11/2 (5C5)

3 /2 (402) * 1 /2 (660) K 5 / 2 ( 5 1 2 ) x 1/2 (400) I 1/2 (651)

*SgGd levels from 160Gd(d,t) 67Tj01, 76Pe02

See also *SSGd(d,p) and *SgGd adopted levels. Spectroscopic factors and L(n)-transfer are from 76Pe02. Nilsson-model assignments are from 67Tj01 unless otherwise indicated. Level energies are from 67Tj01 unless otherwise indicated.

E(leve!) Jw L S Comments

0.0t 3/2- 1 0.144 505 3 5/2- 0.023 67~ 3 5/2+ 0. 0093

120t 3 7/2- 0.45 146§ 3 5/2- 3 0.066 1845 3 9/2+ 4 0.32 2111' 3 9/2- 5 0.32 226§ 3 7/2- 3 0.25 272~ 3 (11/2+) 0.20 3275 3 1 1 / 2 - 5 0.33 371~ 3 13/2+ 6 2.1 455§ 3 1 1 / 2 - 0 .26 506# 3 1/2- 1 0.064 557# 3 3/2- 1 0.0053 588# 3 5/2- 3 0.070 598 3 6 42# 7 681~ 3 11/2- 5 1.35 704# 3 7/2- 3 0.052 7435 3 3/2+ 2 0.76 780* 3 1 /2+ 0 0.15

799 3 816 3 8 55* 3 9/2+ if 4

876K 3 5/2- 3

0.042

0.035

924 3 945K 3 7/2- 3 0.022 973T 3 1/2+ 0 0.374 999* 3 3/2+ 2 0.19

L: 67Ja03 have also observed L=0 for this level. 71Bu16 indicate there should also be considerable admixture of the I/2(400) state and the (5/2(642),2+) 7-vibrational state.

Continued on next page

L: 76Pe02 report that this level can be fit with L=2, with corresponding S=0.023. Jw: band assignment from 67Tj01 (d,p) and from 69Ke10 study of XSgEu ~- decay.

L: 67Ja03 also report L=2 from (d,t) angular distribution

(footnotes at end of table)

189

159Gd 8 NUCLEAR DATA SHEETS 64 95-

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

tsgGd levels from t6OGd

E(leve!) Jr L

(d,t) 67Tj01, 76Pe02 continued

S Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1057~ 5 13/2+ if 6 1.28

1077 5 1109x 5 3 / 2 - 1126 5 11 43t 5 1158x 5 5 / 2 - 11761 5 5/2- 1200 5 1238x 5 7/2- 12381 5 7 / 2 -

1250 5 1282" 5 7 /2+ 13011 5 9 / 2 - 1341x 5 9 / 2 -

13 564 5 13 65# 7 13901 5 1415 5 1423 5 1506 5 1522 7 1536 5 15 504 5 1561 5 1573 5 16 O0 5 1655 7 1668 7 16 89 7 1810 5 1839 5 1867# 7 1882# 7 1960p 5

t l / 2 -

1 0.01 1 0 .05

1 0.19 if 3 0.27 if 3 0.04 if 3 0.07

0.10 0.10

if 5

if 2

if 4

1978# 7 1991 5 20 07# 7 2030~ 7 20 45# 7 2071# 7 2089# 7 22 38# 7 25 60# 7

1' 3 / 2 ( 5 2 1 ) t 5 /2 (642) § 5 /2 (523)

1 /2 (521) 11/2 (5C5)

8 3 / 2 (402) * 1/2 (660) K 5 / 2 ( 5 1 2 ) x 3 /2 (532) I 1 /2 (530) r 1/2 (400) p 7 /2 (404) k 1 /2 (651)

L e v e l seen by 76Pe02 o n l y 4 Level seen by 67Tj01 only

0.178 0.42 0.89

L: 76Pe02 report that this level can be fit with L=2, with corresponding S=0.09

Lt 67Ja03 have also reported L=I for this level.

L: 67Ja03 have also reported L=I for this level.

Jr: 67Tj01 a~d 76Pe02 give both 1/2(530) and 3/2(532) as possible band assignments for this level.

L: 76Pe02 report that this level can be fit with L=3, with corresponding S=0. 11

0 .16

0 .081

0 .12

1 .19 L: 76Pe02 report that this level can be fit with L=3, with corresponding S=0.4

190

NUCLEAR D~TA SHEETS 159 65Tb94-1

*SgTb Adopted Levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

The list of adopted levels includes all levels populated in ~- decay of ISgGd, e decay of *SgDy, Coulomb excitation, or at least two reaction experiments.

Q(~-)=-365.7 10; S(n)=8133.2 23; S(p)=6134.9 15 77Wa08

E (level) Jr Tl/z . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

C o m m e n t s

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

O.Ot 3/2+ stable

58.00t 1 5/2+ 58 ps 14

1 3 7 . 5 ~ t 4 7 / 2+ 35 .6 ps 43 2~1 .4# 2 9 /2+ 3~8 .19~ 7 5 / 2 * 3 6 2 . 5 t 2 11/2+ 363 .55§ 3 5 / 2 - 0 .155 ns 5

389.5§ 5 V/2-

429¢ 1 7/2+ 455.2§ 5 (9/2-) 511.0t 3 13/2+ 535t 3 (9/2+) 5 u,5.7§ 5 1 1 / 2 - 548.3# 5 7/2-

580.8@ 1 1 /2+

617.6% 1 3 /2+ 6 6 9 t 1 15/2+ 6 7 4 . 3 ~ 5 5 /2+ 678.7# 5 (9/2-) 761.3@ 5 (7/2+) 778.0~ 5 7/2+

822# 3 1 1 / 2 -

8 5 5 . 0 1 ( 1 / 2 - )

857.6@ 5 (9/2+) 862t 3 17/2+ 892 2 (5/2-)

945 2 (1/2+,3/2-)


M=+2.014 4 (78LeZ~) Q=+1.34 11 (78LeZ~) Jw: paramagnetic resonance (69FuCo), 3/2(411) Nilsson

state. @=1.59 8 (78LeZA) TII~: from 78En01 ~ossbauer. Other

measured and deduced values include: 105 ps 15 ~ossbauer (66~t05), 96 ps +37-21 ~ossbauer (66Wo01) , 59 ps 13 classical resonance fluorescence (78En0!), 53 ps calculated from B(E2) from Coul. Ex. (600102). TI/2>30 ps 3 ~ossbauer (66Cz02).

T,/2: microwave (70Ar22).


Jw: 5/2(532) Nilsson state. The 5/2(532) and 7/2(523) Nilsson states originate from

the hii/2 shell-model state and are expected to have strong Coriolis coupling.

T,/z: weighted average of 0.132 ns 21 (59Me78), 0.160 ns 16 (61Go32), 0.17 ns 7 (61Va36), 0.152 ns 10 (66Ra06), 0.180 ns 15 (67Ko17), 0.15 ns I (67Ma33), 0.152 ns 15 (69Be54).

Jr: 74Wi22 have deduced an admixture of 17~ of the 7/2(523) Nilsson state in this level.

AE: estimated by eva!uators.

6E: estimated by evaluators.

76 ps 10

mE: estimated by evaluators. Jr: 7/2(523) Ni!sson state. Some admixture of the 7/2

member of the 5/2(532) band is expected due to Coriolis coupling.

&E: estimated by evaluators. T,/a: resonance fluorescence (66Ra06). J~: 71Bu16 indicate that this band is primarily a 7

vibration based on the 3/2(411) g.s. with possibly some admixture of the 1/2(411) Ni!sson state.

6E: estimated by evaluators. 6E: estimated by eva!uators. &E: estimated by evaluators. Jr: 7/2(404) Ni!sson state. AE: estimated by evaluators. E(!evel) : weighted average of values

from 72Bo47 and 72Ti05. Jr: 71Bu16 suggested the 1/2(541) Nilsson assignment for

this level. The results of 72Bo47, 72Ti05 and 69Br05 are consistent with this choice but are not sufficiently conclusive to make a definite assignment.

&E: estimated by eva!uators.

Jw: assignment is consistent with results of stripping reactions (72Eo47, 72Ti05). Possibly a member of the 1/2(541) band.

Jr: 72Ti05 assign an unresolved doublet observed at 945 keV in (~,t) and at 949 keV in (aHe,d) as the I/2(411} Nilsson state and the 3/2- member of the 1/2(541) band.

(footnotes at end of table)

191

159 65Tb94-2 NUCLEkR D&TA SHEETS

*sg~b Adopted Levels con%t inued

E (level) J~ Ttl z . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Comm ents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

976 3 (3/2+)

1009~ 1 (11 /2+)

1019 2 ( 5 / 2 + , 9 / 2 - )

10 50 2 1053t 1 19/2+ 1099 3 (5/2+, 7/2+)

1156 3 1215 3 1256 3 1285t 1 1342 3 1363 3 1499t 1 1563 3 15 71 3 16 ~2 3 1667 3 17 13 3 17 43 3 1770 3 1823 3 18 88 3

(7/2-)

21/2+

23/2+

Jr: 72Ti05 indicate that this may be the 3/2+ member of the 1/2(411) band. 72Bo47 indicate the peak may be a doublet consisting of %the I/2+ and 3/2+ members of this band.

Jr: 74Wi22 tentatively identify this as the 11/2+ member of the K~=1/2+, 580-key band.

Jr: 72Ti05 indicate %this may be a multiplet, with the Jr=5/2+ due to the 1/2(411) band and the 5/2(402) band,

and the Jw=9/2- due to the 1/2(591) band. 72Bo47 give the 5/2(402) assignment.

Jr: identified by 72Ti05 as the 7/2+ member of the 1/2(411) band. 72Bo47 indicate the peak may be a doublet corresponding to the 5/2+ and 7/2+ members of this band.

Jr: possibly a member of the 1/2(541) band.

1" 3 / 2 ( ~ 1 1 ) A=11.3 t 5 / 2 ( 4 1 3 ) A=11.6 § 5 / 2 ( 5 3 2 ) + 7 / 2 (523) A=7.0 # 7 / 2 ( 5 2 3 ) + 5 / 2 ( 5 3 2 ) A=13.7 @ 3 / 2 ( 4 1 1 ) , 7 + 1 /2 (411 ) A=11 .8 , a=0 .04 S 7 / 2 (404)

*59Tb levels from *sgGd ~- decay (18.56 h) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . _

The decay scheme is due primarily to 69Br05. The level energies have been adjusted by the evaluators. The 8-branching intensities and the 7-ray normalization

have been calculated from the listed 7-ray intensities by requiring intensify balance at each level, using the g.s. branching intensity of 62~ 9 from 75BaXG.

77(8) scin 62Su04 A2=0.0~2 30, K4=0.010 55 for (2257) (797) cascade. values are consistent with 5/2(E1) 7/2(M1+E2)5/2 sequence, from 6(797)=0.126 8.

87(8) scin 62Su04 A~=-0.003 I0, Az(8)<0.008 for (590~)(3647).

Other measurements: 64Ew04, 6~Pe07, 65Fu14, 67~a33, 69Gr32.

E(leve!) Jr

0.0 3/2 + 58.00 1 5/2+ 137.54 4 7/2+ 348.19 7 5/2+ 363.55 3 5/2- 580.84 13 1/2+ 617.58 11 3/2+ 674.38 16 5/2+ 855.01 13 (I/2-)

*SgTb levels from *sgDy • decay

The decay scheme is due primarily to 63Ry02. Othsr measurements: 72Se24, 68My01, 61Bi09, 61Bj02, 61Be37,

6~Gr15, 57Mi67, 51Bu24.

E(leve!) Jw T,/z . . . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0 3/2+ stable 58.0 5/2+

137.5 7/2+ 0.036 ns 4 34 8.1 5/2+ 36 3.3 5/2-

T,/z: from 70Ar22

Level is populated also in IS~Gd ~- decay. Population in tSgDy G decay observed by 63Ry02 and 68My01.

192

NUCLEAR D~TA SHEETS 159 65Tb94 -3

*SgTb levels from *SSGd(3He,d) 72Bo47, 72Ti05 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

728047 used E(~He)=25.5 NeV, measured differential cross section at lab angle of 60 degrees. 72Bo47 list average of spectroscopic factors obtained from (3He,d) and (=,t) reactions. For convenience, these data are listed only with the *SSGd(~,t) data.

72Ti05 used E(3He)=24 BeY, measured differential cross section at lab angles of 30 degrees and 50 degrees.

Both ~eferences used ratios of cross sections in (3Be,d) and (=,t) reactions to deduce proton angular momentum transfer,

E(level) 1" Jr . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

O. Ot 3/2+ 585 3 5/2+

136t 3 7/2+ 2~$ 3 9/2+ 346§ 3 5/2+ 392# 3 7/2- ~30§ 3 7/2+ ~62% 9/2- 536§ 3 9/2+ 547# 3 1 1 / 2 - 5828 3 I/2+ 620~ 3 3/2+ 6778 3 5/2+ 765 3 778* 3 7/2+ 8259 3 11/2-

858~ 3 893~ 3 949 3

977 3

021 3

05~ 3 098 3

1158~ 3 1217 3 1255 3 13q6 3 1363 3 1570 3 1643 3 1670 3 1717 4 1743 3 1770 3 1823 2 1872 3 1888 3

1 / 2 - 5 / 2 -

( 1 / 2+ , 3 / 2 - )

(112+, 312+)

(5/2+, 9/2-)

(5/2+, 7/2+)

7/2 -

E(leve!): level reported by 72Ti05 only.

E(leve!): level reported by 72Ti05 only. E(level): level reported by 72Ti05 only.

E(leve!): level reported by 72Ti05 only.

728047 report a level at 816 key 4 with a tentative band assignment as the 11/2 member of the 7/2(523) band

72Ti05 indicate possible assignments as 3/2 member of the I/2(541) band or as a fragment of the 1/2(~11) Ni!sson state. 72Bo47 indicate this may be a doublet, consisting of the I/2 and 3/2 members of the 1/2(~11) band, with spectroscopic factors of 0.02 and 0.17, respectively. 72Ti05 give the 3/2 assignment. 72Ti05 indicate this may be the 5/2 member of the I/2(411) band, the 5/2(402) ~ilsson state, or the 9/2 member of the I/2(541) band. 72Bo47 give the 5/2(402) assignment.

72Bo47 indicate this may be a doublet, consisting of the 5/2 and 7/2 members of the 1/2(411) band, with spectroscopic factors of 0.14 and 0.10, respectively. 72Ti05 give the 7/2 assignment. E(level): level reported by 72Ti05 only.

E(level) : level reported by 72Ti05 only. E(level) : level reported by 72Ti05 only. E(level) : level reported by 72Bo47 only.

E(level) : 72Bo47 give E=1663 key 3 for this level.

# Level energies for E<1700 key are from 72Ti05. For E>1700 keV, level energies are from 72Bo47. 3/2 (41 I)

§ 5/2(413) # 5/2 (532)

7/2 (523) 8 3 / 2 ( q , 1 1 ) , 7 + 1 / 2 ( 4 1 1 ) * 7/2 (q.Oq) r¢ 1 / 2 ( 5 4 1 )

193

159Tb -4 65 94 }]UCLEAR D&TR SHEETS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

*SgTb levels from tssGd(~,t) 72B047, 72Ti05

Differential cross section measured at 60 degrees and 90 degrees by 72Eo47, and at 45 degrees and 60 degrees by 72Ti05.

Level energies are from 72Ti05 unless otherwise indicated. Spectroscopic factors are from 72Bo47 and represent an average

of those from (3He,d) and (~,t) reactions.

E(!eve!) J~ S Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0t 58t 3

1 37t 3 242t 3 348% 3 3 88§ 3 429~ 3 455§ 3 534~

546§ 3 580@ 3 518~ 3 673@ 3 762 3

778~ 3 8 23# 3 856* 3 892* 3 945 3

975 3

1016

1049 1099

11 54* 3 1214 3 ~257 3 1338 3 1363 3 1572 3 1642 3

3/2+ 5/2+ 7/2+ 9/2+ 5/2+ 7/2- 7/2+ 9/2- (g/2+)

1 1 / 2 - 1/2+ 3•2+ 5/2+

7/2+ 1 1 / 2 -

1 / 2 - 5/2- (1/2+, 3/2-)

(1/2+, 3/2+)

(5/2+, 9/2-)

(5/2+, 7/2+)

(712-)

# 3/2 (41 I) 5/2 (413)

§ 5/2 (532) # 7/2 (523)

3/2(411),7 + I/2(411) 7/2 (404)

• ~ 1 /2 (54 1)

0 .07 1 .3 0 .11 0.31

0 .04 0 .46

2.1 0.05 0.52 0.29

1.5

0.09 0.47

E(level) : level reported by 72Ti05 only.

E(level) : level reported by 72Ti05 only. E(!evel) : level populated weakly. Tentative assignment as 912 member of 5/2(413} band. (72Ti05)

E(level} : level reported by 72Bo47 only.

74Wi22 indicate possible assignment as 7/2 member of 1/2(411) band in *6OGd(p,2n7) experiment. Level not observed by 72Bo47.

E(level) : level reported by 72b047 only.

72Ti05 indicate possible band assignments as 3/2- member of the I/2(541) band or as a fragment of the 1/2(411) ~i!sson

state. 72Bo47 indicate this may be a doublet, possibly consisting of the I/2 and 3/2 members of the 1/2(411) band, with spectroscopic factors of 0.02 and 0.17, respectively. 72Ti05 give the 312 assignment. 72Ti05 indicate this may be the 5/2 member of the I/2(411) band or the 5/2(402) band, or the 9/2 member of the I/2(541) band. 72Bo47 give the 5/2(402) assignment.

72Bo47 indicate this may be a doublet, possibly consisting of the 5/2 and 7/2 members of the 112(411 ) band, with spectroscopic factors of 0.14 and 0.10, respectively. 72Ti05 give the 7/2 assignment.

72Bo47 report a level with E=1226 key 15. E(level): level reported by 72Ti05 only. E(level): level reported by 72Ti05 only. E(level) : level reported by 72Bo47 only. 72Bo47 report a level with E=1563 key 3. E(level) : level reported by 72Bo47 only.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - - . . . . . . . . . . . . . . . . . . . . . . . . m . . . . . . . . . . . . . . . . . . . . . . . . . .

194

NUCLEAR D~TA SHEETS 159Tb 5 65 94-

*SgTb levels from Coulomb excitation

References: 62Gr36- E(,60)=65 ~eV. Measured ET; scin. 66Bo16- E('60)=45 MeV. ~easured ET, branching ratios; Ge(Li) 67Se09- E(,60)=50 MeV. Measured Ey, IT: Ge(Li) 63Di09- E(,60)=60 MeV. Measured Ey, I~; scin. E(ce), Ice;

magnetic spectrometer 66As02- E~=3.1 MeV. Measured E~, T 7 - , XT-coin, ~, PTT(@) ; scin. 70Ar22- E~=4.0 MeY. Measured a ce-delay. 58Ch36- Ep=3.7 MeV. Measured E~; crystal. 600102- Ep=4.5 MeV, Ed=4.5 ~eV

E(levei) a~ T,/2

0. Ot 3/2+ 58. Ot 5/2+

1 37.5t 7/2+

241.4% 9/2+

347.9~ 5/2+ 362.6# 11/2+ 364?§ 5/2- 429~ 7/2+ 510.6t 13/2+ 580@ I/2+ 617@ 3/2+ 669t 15/2+ 674@ 5/2+ 862# 17/2+ 971?# (I/2+) 978# 3/2+

1053% 19/2+ 10877# (5/2+) 11 03?# (7/2+) 1285# 21/2+ 14 g9 t 23/2+

Comments

stable B(E2)=2.81 8 (600102), 1.9 (58Ma36) 8(E2)=1.45 6 (600102) , IT (137~) /IT (797) =0. I~6 15 (67Se09), 0.139 6 (668o16), 0.16 (58m36). I~(1837)/I~(I0~7)=0°452 ~5 (67Se09) , 0.35 3 (66Bo16) B(E2) =19.0x10 -s 21 (63Di09) I7(225~)/I7(1217)=0.671 67 (67Se09)

I7(2697)/I~(1487)=1.1 2 (67Se09) B(E2)=27.2x10 -s 27 (63Di09) B(E2)=I1.3xIO -s 15 (63Di09) I7(306~)/I7(158y)=I.39 39 (67Se09) B(E2)=I.6xIO-S 7 (63Di09)

? 3/2 (411) t 5/2(413) § 5/2 (532) # 1/2 (411) @ T-vibrational band

E7

57.99 1

79.51 2

7(ZSgTb) from Coulomb excitation

Level ~ult. 6 Comments

58.0 ~I+E2 +0.122 13 ~(K) exp=7.70 46 (66As02) 6: from 66As02. See also *SgGd 8- decay.

137o5 ~I+E2 +0.126 8 ~(K) exp=3.1 4 (66As02) 6: from 66As02. See also *SgGd 8- decay.

104.1 241.4 1 21.6 362.6 1 37, 5 137.5 148.5 510.6 1 58.3 669 183.3 241.4 2 24.7 362.6 2 69.6 510.6 2 89 347. 9 3 06.8 669 347.7 347.9 351 862 370°6 429 3 84 1053 423 1285 4 29 429 446 1499

E 7 Level

522 580 536 674 560 617 580.2 580 6 17 617

674 674 674 9 20 978 9 q9 1087 965 1103 (971) (971) 978 978

195

159 65Tb94-6 NUCLEAR D&TA SHEETS

*SPTb levels from tSPTb(T,T) 72Da35, 66~a06, 59Me78 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Incident radiation from *SgGd source. Scattered radiation detected with scin detector at

8=125 degrees (59Me78, 66Ra06}, with Ge(Li) detector a% 8=92 degrees (72Da35).

E(leve!) J. T,/z Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0 58.0 137.5 363.2

580 1 /2

stable

145 ps 7

0.76 ps 10

Tt/z: weighted average of 133 ps 17 (72Da35), 133 ps 21 (59~e78|, 152 ps 10 (66Ra06). T,/2: from 66Ra06 Jr: deduced by 66Ra06 from B(E2) for 5807 (63Di09) and T ( e ) .

ET

T(*59Tb) from *SPTb(T,T) 72Da35, 66Ra06, 59Me78 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Level 17 ~ult. 5

226.0 363.2 1.8 305.6 363.2 0.54 363 363.2 100

58 0 580

Comments

E1 + M2 -0.06 +I-2

HI + E2 0.030 15

IT" from 72Da35 IT: from 72Da35 A2= 0.2q3 30 7(e} (66Ra06) 5: from 66Ra06 &2 = 0.00 6 T(8) (66Ra06) 6: deduced by 66Ra06 from B(E2) for 5807

(63Di09) and T,/2.

*SPTb levels and gammas from ISPTb(n,n,T) 73Fe09

E (n)=3.7 MeV Other measurements: 69Ro36.

E(level) Jr

0.0 3/2+ 5 8 5/2+ 13 8 7/2+ 24 1 34 8 5/2+ 36 2.6 1 1/2+ 36 3.6 5/2- 386 7/2- 42 9 7/2+ 51 1 1 3 /2+ 58 1 1/2+ 61 8 3 /2+ 66 9 15/2+ 67 4 5/2+ 85 5 ( 1 / 2 - )

E7 Level 17

104 1 241 71 10 121.6 362.6 78 10 137 138 148 1 511 35 8 159 1 669 27 8 184 1 241 284 15 211 348 41 8 225 362 .6 103 12 2 2 5 . 6 1 363.6 103 12 237 1 855 53 10 248 1 386 54 10 270 1 511 62 10 274 1 855 124 12 290 348 305.6 1 363.6 59 10 307 1 669 30 10

x317 1 unplaced 185 14 x331 1 unplaced 1079 50

x T-ray not placed in level scheme.

E T Level I T

348 348 423 30 363.6 1 363.6 1000 50 371 1 429 226 20

x395 1 unplaced 277 20 429 1 @29 40 12

x440 1 unplaced 119 15 x520 1 unplaced 97 16 537 674 560 1 618 77 14 580 1 581 255 20 6 16 I 674 145 20 618 1 618 83 16 674 674 855 855

x912 3 unplaced 30 14 x947 3 unplaced 43 14 x976 3 unplaced 53 16

196

NUCLEAR DATA SHEETS 159 65Tb94-7

*SgTb levels and gammas from t6oGd(p,2nT) 7~Wi22 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .----

In-beam T-ray spectroscopy with E=10-MeV proton beam. T-ray energies were calculated by the evaluators from level

energies for transitions show, in decay scheme of 7~Wi22.

E(level)

0.0t 58.0t

1 37.5# 241.3? 362.~% 363.6~ 389.5~ 455.2t 545.7~ 5q8.3§ 580.9# 617,7# 674.3# 678.7§ 761.3# 778.0~ 823§ 857.6#

1009#

# 3/2 (41 I) 5/2 (532)

§ 7/2 (523) # I/2 (41 I)

7/2 (404)

Jr

3/2 + 5/2 + 7/2 + 9/2 + 11/2+ 5/2 - 7/2 - 9/2 -

1 I/2 - 7/2 - I/2+ 3/2 + 5/2 + 9/2 - 7/2 + 7/2 +

(11/2-) 9/2 +

(11/2+)

E7 Level IT

58.0 58.0 65.7 q55.2 3 79.5 137.5 90.5 545.7 5 103.8 241.3 12 1. I 362. q 130.4 678.7 3,2 137.5 137.5 14 4.3 823 0.7 156.2 545.7 0.7 158.8 548.3 183.3 241.3 184.7 548.3 223.5 678.7 1.5 224.9 362.4 22 9.7 778.0 5.4 289.2 678.7 4.3 304.4 545.7 2.5 317.7 455.2 13 33 1.5 389.5 92 363.6 363.6 100 388.5 778.0 5 49 5.2 857, 6 2.2 520.0 761.3 6.6 53 6.8 674.3 l q 559.7 617.7 25 580.9 580.9 35 61 6.3 674.3 12

857.6 6 617.7 617.7 20 623.8 761.3 8.3 646,6 1009 1 . 2 674.3 674.3 3 703.3 761.3 1.7

197

159 66DY93-1 N~CLEAR DATA SHEETS

tSgDy Adopted Levels

Q(8-)=-1853 9; s(n)=6832.1 33; S(p)=6985.1 24:Q(~)=475.8 20 77wa08

E(level) Jw Tt/z C o m m e n t s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

O.Ot 3/2- 1~4.4 d 2

56.7# 1 5/2- 0.21 ns

136.5* 1 7/2-

177.65 1 5/2+ 9.3 ns 5

209. Ot 1 7/2+ 236.0~ 2 9 / 2 - 239 .65 1 9/2+

309,6§ 1 5/2- 1.3 ns

327.9t 11/2+ 352.~# 11/2- 122.3 ps 30

361.2% 11/2- 365.2t 13/2+ 395.4§ 7/2- ~17~ 3/2+ ~70 497.6# 13/2- 5 05. I § 9/2- 514.9# 13/2- 533~ I/2- 543.3~ 15/2+ 549? (3/2+) 562* 1/2+

575.65 17/2+ 586~ 3/2- 607? 621E 5/2- 627~ 3/2- 635§ (11/2-) 667.1t 15/2- 689~ 5/2- 698.8# 15/2- 74~ 7/2- 749x 3/2-

772~ 7/2- 774x 5/2- 797 827x 7/2- 832.2% 17/2- 856 860.5t 19/2+ 879.0t 21/2+ 902.3# 17/2- 983 10 16.3 1 (5/2-) 10t41.9t 19/2- 1075.7 (3/2, 5/2)-

Jr= atomic beam (65A116). 3/2(521) Nilsson state. Tt/z: from 59Ke28. Other values:

151 d 2 (63Ho15), 138 d 5 (63Ra15), 138 d 7 (64~aI0). Additional measgrements: 61Bj02, 60Gr15, 51Be24.

J~= M1 transition to g.s. T,/z: from 75VaYX. Other: 0.2 ns (75Gr44) Jr: E2 transition to g.s., MI transition to 56.7-key

level Jr: 5/2(642) Nilsson state. E1 transitions to 3/2-, 5/2- and 7/2- states. Tt/z: weighted average of 9.0 ns 5 (TgAn11) and

10.4 ns 10 (75VaYX). Other: 9 ns (75Gr44) Jr: E1 transition to 5/2- level Jr: BI transition to 7/2- level. Jr: E2 transition to 5/2+ level; ~I(+E2) transition to 7/2+ level. Jr: 5/2(523) Nilsson state. Tt/z: from 75VaYX. Other: 3 ns (75Gr44)

Jr: ~1 transition to 9/2- level, E1 transition to 9/2+ level. 11/2(505) ~ilsson state.

Tt/z: from 67Co26. 65Bo22 report 115 ps 10.

Jr: ~1 transitions to 5/2-, 7/2-, and 9/2- levels. Jr: bandhead of mixed 3/2(402) + 3/2(651) band.

J,: 1/2 (521) ~ilsson state.

E(level) : observed only in Jr: 1/2 (400) Nilsson state. E(level) : average of (d,p)

(d,t) by 70Gr46.

and (d,t) results.


E(level): average of (d,p) and (d,t) results.

Jr: 3/2 member of 1/2(530) band. The bandhead has not been identified.


. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .----. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

198

159 NUCLEA~ DATA SHEETS 66 DY93-2

*SgCy

E(!eve!)

1124.3# 11 50 11 891 1201.9 1

1213 1228.21 1273.0~t 1271~. ~:I: 1283 1341 1363.1# 1391 1411 1431 1473,"

1515 1535r 1558 1590 16 17.~# 1621T 1643 1673 1696 1727 1748 !750.8t 1775.0t

1786 1824 1849 1891 1918 1961 1989 20 16 23 02 .8 ~: 23 55.9:1: 2921.9:~ 30 03.3 3599.2~ 4326.3~


Jw Tx/2 Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

7/2- J~: 70Gr46 report a level at 1089 key in (d,p) with

1 9 / 2 -

( 9 / 2 - ) ( 3 / 2 - , 5 / 2 - )

21/2- 25/2+ 23/2+

J=7/2. 71Bo18 assign J=5/2 or 7/2- to this level in *SgHo • decay. Possibly the 7/2 member of the 5/2(512) band.

Jw: El transition to 177-key 5/2+ level, HI(+E2) transition to g.s.

2 1 / 2 -

3/2-

5/2-

J~: possibly the 3/2 member of the I/2(510) The bandhead has not been identified.

b a n d .

23/2- 7/2-

29/2+ 27/2+ E(level) : 73K113 indicate E=1797.8 key for this level,

but the 7-7 coincidence results of 75Be34 indicate that the level is depopulated by the 5017 to the 1274-key 23/2+ level.

33 /2+ 31 /2+ 37 /2+ 35 /2+ 41 /2+ 45 /2+

t 3/2(521) A=11.7, B=-0o009 5/2(642) A=5.46, B=-O. O09

§ 5/2(523) A=12.4, B=-0.004 # 11/2(5C5) A=13.1, B=-0.008 @ 3/2 (402) +3/2 (651)

I/2(521) A=12.3, a=0.4 * 1/2 (400)

3 / 2 ( 5 3 2 ) A=13 .0 , B= -0 .045 x 1 /2 (530)

5/2 (512) T I/2(510) A=12.3, a=-0.0046

~+,~ data from *SgDy G decay

The decay scheme is due primarily to 63Ry02. Other measurements: 72Se24, 68My01, 61Bi09, 61Bj02, 61Be37, 60Gr15, 57~i67, 51Bu24.

E~ I~ Log ft Comments

(2) 0.00019 5 <_ 6.7 G~+= 1.0000 Ie: calculated from I~(348 level) and 68My01 ratio. IE (363 level)/I~ (348 level)=0.162 38.

(17) 0.0012 1 8.27 9 ~L= 0.53 3:~M+= 0.47 3 (228) 0.0028 6 10.35 10 ~K= 0.6003 18;¢L= 0.2979 13;~H+= 0.1019 5

I~: deduced by 70Sh09 from absolute I T measurements, (307) 26.8 10, 7.495 23 ~K= 0.7947 :EL= 0.15745 ;~M+= 0.0~787 5

Ie: from 70~c21 xx- and XT-coincidence. ce(K)/(T+ce)=0.803 32 (73C=e06)

(365) 73.2 14 7.231 9 ~K = 0.8037 ~L = 0.15081 ~+= 0°04553 In: 72Se24 have deduced the g.s. E branching to be 7~.0~ 13 from their measured ratio I(K X-ray)/IT(58T) and calculated

K-capture probability.

1 9 9

159D 3 66 Y93- N~CLE~R DATA SHEETS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

7(tSgTb) from *SgDy • decay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

The decay scheme is due primarily to 63Ry02. Other measurements= 72Se24, 68~y01, 61Bi09, 61Bj02, 61Be37,

60Gr15, 57~i67, 51Bu2~. IT-normalization: based on adopted value of 26.8~ I% for the

branch to the 58-key first-excited state measured by 70~c21, assuming the 58-key 7 is ~I+I.~ E2 and reg~iring intensity balance at each level.

For conversion electron data see *SgGd decay a~d also 63Ry02 and 70~c21.

E7 Level ITf# . . . . . . . . . . . . . . . . . . . . . . . . . .--.--

~ult. comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

(15.~) (363.3)

58.00~ 1 58.0 2.22 13 ~1+E2 11.036 6

79.52 10 137.5 0.00~8 13 MI+E2 ~.368 4

137.~ 2 137.5 1.1x10 -4 3 E2 0.840

210.9 5 348.1 6.5,10 -s 41 ~1(+E2) 0.234 40

226.0 363.3 (3.6x10 -6) if E1 0.191 37

290.3 348.1 1.37x10-4 ~6 MI(+E2) 0.093 23 305.5 363.3 (1.08x10-6) if El 0.0159 5 348.17¢ 8 348.1 9.5x10-* 10 0.056 16 363.56 363.3 5.5x10-* I~ if El 0.0104 3

ET: observed in plastic-Ge(Li) 7-7 coincidence by 68~y01.

a(K)= 9.07~ 3:~(L)= 1.530 7: ~(~)= 0.3373 15:N+= 0.0955

= (K) exp=9.3 5 (70~c21) LI/L2=5.96 21L2/L3=I.59 7 (64No08) 6:+0.119 51 from 6~No08. Value is consistent with a(K) exp of 70Mc21.

I7: calculated from ~ branch to 58.0-key level by using 6=0.119 5 and adopted decay scheme.

u(K)= 3.627 4;~(L)= 0.578 6; ~(~)= 0.1269 I~N+= 0.0362 4

6:+0.126 8: see ~SgGd ~- decay.

I7: calculated from !e of 70Sh09 by using 6=0.126 8, 17 of 79.57 and 137.~ 7 from 68Bo18 and adopted decay scheme.

a(K)= 0.482 ~(L)= 0.276 ~(M) = 0.0645 :N+=0.01779

I7: see comment on 17 of 79.527 above 17: calculated from I(7+ce) of 63Ry02,

average of A(~I) and A(E2). I7: calculated from I~ to level and I7

observed in *sgGd 8- decay for 2267, 3057 and 3637, with El multipolarity assumed for all three 7's.

t For absolute intensity per 100 decays multiply by 1.00 From 68Hi03 curved-crystal spectrometer measurement in study of *sgGd 8- decay.

§ From 69Br05 study of *SgG~ 8- decay. # I(K X-ray)/17(587)=42.7 13 (72Se2~)

I(K X-ray)/iT(587)=35 +5-6 (60Gr20) L/K=Oo198 9 (71Le06) ~ L/K=0.213 21 (72~iZQ)

7(*SgDy) from *sgDy IT decay (122 ps) 68Bo18, 67Co26

Isomer produced by *S"Tb(d,2n) reaction (68Bo18) with Ed=12 ~eV, and by *SgTb(p,n} reaction (67Co26) with Ep=5, 8, and 17.5 MeV.

The decay scheme given here is due to 68Bo18. Conversion electron intensities for transitions

of E<137 key have been renormalized by the evaluators using ~(L)=2.08 for the 99.6-key transition.

IT-normalization: calculated by evaluators, requiring total transition intensity depopulating the isomeric state to equal 100%.


200

NUCLEAR DATA SHEETS 159 66DY93 -4

7(tS~Dy) from *sgDy IT decay (122 Ms) 68Bo18, 67Co26 continued

E79 Level I7~# Mult. 6§ • Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

(30.6) (2qI) (0.55) (~I+E2) (0. 155) (2q.5)

(31.~ 2) (209) (0.70) (~ I+E2) (0.176) (2q. 8)

56.7 2 57 5.7 10 MI+E2 0.197 13.2

62.0 2 2 q l (0.~5) E2 17.87

80.1 3 137 10.5 11 MI+E2 0.21q q.76

g9.6 3 237 15.~ 11 ~1 2.~72

113 35~ 18.5 ~6 El 0.22q0

117 35~ 23 6 ~{1 1.556

1 2 1 . 0 2 178 17 5 E1 0 . 1 8 6 1

137.3 3 137 2.6 3 E2 0.869

152.~ 2 209 1.5 3 El 0.1005

177.6 2 178 3.1 10 E1

179.0 3 237 9.q 16 E2 0.3~6

218 I 35~ ~.8 3 E2 0.1786

From 67Co26 gnless otherwise i~dicated. From 68Bo18 unless otherwise indicated.

§ From 71Bo18 study of the tS~Ho decay. # For absolute intensity per 100 decays multiply by 1.15 21

a(L)= 18.99 ;~(M)= 4.35 IT" calculated by eva!uators from

intensity ratio of 30.67 and 62.07 (71B018) and I(7+ce) (1137)

¢(L)= 18.76 ;¢(M)= q.28 ET" from 71Bo18 I7: calculated by evaluators using

I7(1537) from 68Bo18 and IT(31.~7) and I7(1537) from 71Bo18. See decay of *SgHo for calculation of I7(31.~7) -

~(K)= I0.3q ;~(L)= 2.209 ;~(~)= 0.~97 ; N+= 0. 1399

ce(L)=8, g 10, ce(~)=6.3 15 ET: from 71Bo18 I7: calculated by evaluators from

ce(L) and theoretical =(L) (68HsE1), assuming ~1 multipolarity.

~ (R) =2. 610; = (L) =11.70; ~ (M) =2.797; ~+=0. 756~

E7: from 71Bo18 I7" calculated by evaluators from

intensity ratio of 30.67 and 62.07 (71Bo18) and I(7+ce) (1137).

=(K)= 3.84 ;¢(L)= 0.71W ;¢(M) = 0.1597 : ~T+= O, 0q53

ce(K)=31 7, ce(L)=7.0 25 ~(R)= 2.080 ;~(L)= 0.306 ;

~(~)= 0.0670 ;~T+=0.019,2 ce(K)=31.6 ~(K)= 0.187~ ;~(L)= 0.0286

~ (~) =0. 00622 ~N+=0. 00175 ce (K) =~o 5 11 El': from 68Bo18. ~(F[)= 1.309 ;~(L)= 0.192g :

~(M)= 0.0~22 ;N+=0.01225 c e (K] =~,0 ,, ET: from 68Bo18. ~(R)= 0.1559 ;=(L)=0.02363 ;

~ (~l) =0 . 0051/4 ; N+=O. 001u,5 ce(K)=2.5 20 ET: from 71Bo18 =(R)= 0.482 ;=(L)= 0.298 ;

¢(M)= 0.0703 ;~+=0.01989 ¢(K)= 0.08q5 ;=(L)=0.01249 ;

• (~) =0. 00271 ; N+=O. 00076 ce(K)=0.26 26, ce(L)=O.029 15 ET: from 71Bo18 I7: calculated by evaluators using

17(1217) from 68Bo18 and 17(1787)/I7(1217) from 71Bo18.

~(E) = 0.222q ;=(L) = 0.0955 ; = (R) =0. 02239 ; N+=O. 00616

I7: calculated from I7(177.67) and I7 (177, 67+179.07) =12o 5 13

¢(K)= 0.1232 ;¢(L)= 0.0q27 ; (R) =0. 00993 ;N+=0.00272

ce (K) =0, 57 theoretical ¢(K) (68HsEI) used for

normalizing electron spectrum for transitions of E>137 keY.

201

159 66DY93-5 NUCLEAR DKTA SHEETS

*SgDy levels from tSgDy IT decay (122 psi 68Bo18, 67Co26 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Isomer produced by *SgTb(d,2n) reaction (68Bo18) vith ~d=12 MeV, and by *SgTb(p,n) reaction (67Co26) with Ep=5, 8, and 17.5 ~eV.

The decay scheme given here is due to 68Bo18.

E(level) J~ T,/2 . . . . . . . . . . . . . . . . . . . . . . . .

0.0 57 137 178 209 237 24 1 354

3 / 2 - 1 ~ . 4 d 2 5/2- 712- 5/2+ 7/2+ 9/2- 9/2+

1 1 / 2 - 122.3 ps 30

*SgDy levels from *SgHo • decay 71Bo18,68AB15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Other measurements: 75G&YZ The decay scheme is due primarily to 71Bo18. For conversion-electron data the reader may refer to

718018, 68Ah15 and 73Tu05.

E (lave!) J.

0.0 3/2- 56.6 5/2-

1 36.5 7/2- 1 77.6 5/2+ 2 09.0 7/2+ 2 36.0 9/2- 239.6 9/2+ 309.6 5/2- 395.4 7/2- 5 05. I 9/2- 1016.3 5/2- 10 75.7 (3/2, 5/2) - 1090.3 1201.9 ( 3 / 2 , 5 /2) -

202

NUCLEAR DATA SHEETS 159 66DY93 -6

*SgDy levels and gammas from [SeGd(~,3nT) 73K113, 71Bo38

Ee=35 MeV, T-ray spectra measured with ~e(Li) detectors at angles of 90, 110, 130 and 150 degrees. T-T coincidences otserved at ~125 degrees. The reader may refer to 73K113 for values of angular distribution coefficients.

73K113 fit the levels of the mixed positive-parity band (containing the I/2(660), 3/2(651), 5/2(642) and 7/2(633) orbita!s) with an average deviation of 1.3 keY.

E(leve!) J~ Tt/2

O. Ot 3 / 2 - 56 .8 f 5 / 2 -

1 3 6 . 7 t 7 / 2 - 177.6~t 5 /2+ 2 09. O* 7 /2+ 235.9t 9/2- 239.6S 9/2+ 327.9S 11/2+ 352.~§ 11/2- 361.2% 11/2- 365.2S 13/2+ 497.6t 13/2- 51{4.9§ 13/2- 543.2$ 15/2+ 575.65 17/2+ 667.1t 15/2- 698.8§ 15/2- 832.2% 17/2- 860.55 19/2+ 879.0~ 21 /2+ 902.3§ 17/2-

1041 .9# 19/2- 1124,3§ 19/2- 1228.2T 21/2- 1273.0S 25/2+ 12 74, {4S 23/2+ 1363,1§ 21/2- 16 17. {4 § 23/2- 1750.8S 29/2+ 1797.8S 27/2+ 230{4.3S 33/2+

9.0 ns 5

122.3 ~s 30

t 3/2 (521) Nixed positive-parity band

§ 11/2 (505)

ETt Level ITS ~ult. 6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

(30.6) (239.6) (3 I. 4) (209.0) 56.8 56.8 10.2 62.0 239.6 0.~ 72.7 209.0 3.1 79.9 136.7 17.{4 88.5 327.9 21.1 99.3 235.9 19.3 102.8 239.6 11.0 112.9 352.4 9.6 116.5 -~52. f4 13.2 11 8.7 327.9 12.8 120.8 177.6 15{4.0 125.0 361.2 125.6 365.2 37.3 136.4 136.7 7. I

~97.6 7.1§ 152.1 209.0 17.3 162.5 514.9 30.0 165.0 832.2 {4.6 169.2 667. I 6.0 177.6 177.6 25.8§

543, 2 25.8 § 179.0 235.9 17. I 183.9 698.8 52.7 186.2 1228.2 3.9 20 3.5 902.3 19.3 209.5 1041.9 10.0 210.4 575.6 100 215.3 543.2 38.7 222 .0 112{4.3 11.1 22{4.9 3 6 1 . 2 238 .8 1363.1 9 . 0 254.2 1617.{4 5.7 26 I. 7 {497.6 19.7 284.6 860.5 8.1 303.4 879.0 71.3 306.2 667.1 18.3 317.3 860.5 33.8 33{4.7 832.2 17.2 346.8 698.8 2.2 374,9 1041.9 12.{4 387.5 902.3 5.{4 394,0 1273.0 38.0 396.0 1228.2 12.7 {413.9 1274.{4 18 .9 425.~ 1124.3 5.6 460.7 1363.1 5.9 477.8 1750.8 16.9 {493.3 1617.{4 3.5 523.4 1797.8 6.7 553.5 230{4.3 5.6

(MI+E2) -0.41 +21-49 (~1+E2) -0.9 +8-32 (MI+E2) -0.28 +17-26

(MI+E2) -0.20 +15-20

(MI+E2) - 0 . 3 1 +34-59

(~1+E2) -0.05 20

t From 73K113. Authors estimate that &E~0.3 keV for stronger peaks and AE~I keV for weaker peaks.

S From 73K113. Authors estimate that A!T=10~ for stronger peaks and AIT~100~ for weaker peaks.

§ Listed value is 50~ of measured doublet I7

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

203

159 66DY93-7 NUCLEAR D~TA SHEETS

tsgDy levels from *SeDy(d,p) 70Gr~6

E=12.1 ~eV, magnetic detected at angles

E(level) J~

0.0t 3/2- 136t 7/2- 176~ 5/2+ 206t 7/2+ 238~ 9/2+ 238t 9/2- 309§ 5/2- 362t 13/2+ 362t 11/2- 394§ 7/2- 416% 3/2+ 470 504§ 9/2- 533% I/2- 560* 1 /2+ 586~ 3 /2 - 621~ 5 / 2 -

spectograph with protons of 60, 90, and 125 degrees.

E(level) J.

635§ ( 1 1 / 2 - ) 688~ 5/2 - 744x 3/2- 7448 7/2- 772x 5/2- 772~ 7/2- 798 825x 7/2- 854 983 10895 7/2- 1150 11 89,1, 9 / 2 - 1213 1283 1341 1391

E ( l o v e 1 )

1411 lq. 31 lq. 73-r 1515 1535"r 1558 1590 16 21 'r 16q.3 1673 1696 1727 17 48 1786 1824 1849 1891

Jw

3/2 -

5/2-

7/2-

E (leve i) a~

1918 1961 1989 2016

1" 3 /2 (521) :1:5/2 (642) § 5 /2 (523) # 11/2 (5C5) @ 3 /2 (402) + 3 /2 (651)

1 / 2 ( 5 2 1 ) * 1/2 (400) K. 3 /2 (532) x 1/2 {530) i 5 / 2 (512) "r 1 / 2 ( 5 1 0 )

*SgDy levels from t6aGd(~,5nT) 758e3~

E~=63 MeV. Authors measured E7 and I7 for transitions in the mixed positive-parity band. Level energies shown were calculated by the evaluators from the E7 of the authors.

E (level) J~ comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0.0t 3/2- 56.8t 5/2-

177.6% 5/2+ 209.0~ 7/2+ 239.6~ 9/2+ 328.1~ 11/2+ 365.1~ 13/2+ 5~3.45 15/2+ 575.55 17/2+ 860.0~ 19/2+ 878.6~ 21/2+ 1272.5~ 25/2+ 1273.8% 23/2+ 1750.0~ 29/2+ 1775.0t 27/2+

2302.8t 33/2+ 2355.9t 31/2+

2921.9~ 37/2+ 3003.3~ 35/2+

3599.2~ Q1/2+ 4326.3 ~5/2+ 5096.0? 49/2+

E(level): authors disagree with 73K113, who assign the 523.47 as the 27/2+ to 23/2+ transition, thereby placing the 27/2+ level at 1797.8 keY. On the basis of tentative 7-ray transition placements, 718o38 place the 27/2+ level at 1795.8 keY.

E(level): based on observed transition with E7=580.9 key and energy of 1775.0 key for the 27/2+ level. See comment on 1775.0-keV level.

E(level): based on observed transition with ET=6q7.~ key and level energy of 2355.9 key for the 31/2+ level. See comment on 1775.0-keV level.

E(level): the 769.77 has been tentatively placed by 74DaZH as the 49/2+ to 45/2+ transition, leading to a level energy of 5096.0 keVo However, the transition was too weak for angular distribution measurements.

, 3/2 (521) t Mixed ~ositive-parity band

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

20/4

NUCLEAR DATA SHEETS 159 66DY93-8

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

T(*SgDy) from *eoGd(~,5nT) 75Be34 . . . . . . . . . . . . . . . . . . . . . . - - . . . . . . . . . . . . . . . . . . . . . .

Ee=63 MeV. Authors measured ET and IT for transitions in the mixed positive-parity hand. Level energies shown were calculated by the eval~ators from the E? of the authors.

E T Level IT 6 . . . . . . . . . . . . . . . . . . . . . . . . . .

30.6~ 239.6 31.4% 209.0 56.8t 56.8 62.0~ 2 239.6 8 8 . 5 328. 1 11 8.7 328.1 120.8 177.6 125.5 365. I 177.7 177.6 178.3 543.4 210.4 3 575.5 215.3 3 543.4 284.5 3 860.0

98 34 10 -0.53§ 10

E T Level I T

303.1 3 878.6 102 317.2 860.0 40 393.9 3 1272.5 80 413.8 3 1273.8 32 477.5 3 1750.0 55 501.2 3 1775.0 22 552.8 3 2302.8 36 580.9 3 2355.9 8 619.1 3 2921.9 20 647., 3 3003.3 6 677.3 3 3599.2 10 727.1 3 4326.3 4 769.7 5096.0

t From 73K113 From 71BO38

§ 75Be34 give 6=-0.28 7. The correct value is 6=-0.53 10. (private communication from R.M.Lieder).

*SgDy levels from *6aDy(d,t) 70Gr46

E=12.1 ~eV, magnetic spectrograph, with tritons detected at angles of 60, 90, and 125 degrees.

E(levei) Jr

0.0t 3/2- 137% 7/2- 239~ 9/2+ 239t 9/2- 309§ 5/2- 352# 11/2- 365~ 13/2+ 365# 11/2- 39 5§ 7/2- 41 8~ 3/2+ 47 1 50 6 § 9/2- 5345 I / 2 -

E(leve!) Jr

54 9~ 3/2+ 56 4~ I/2+ 607 62 7K 3/2- 69 0K 5/2- 74 9x 3/2- 7498 7/2- 77 4x 5/2- 77 4K 7/2- 795 82 8x 7/2- 85 7

t 3/2 (52 I) 5/2 (642)

§ 5/2 (523) # 11/2 (505)

3/2 (402) + 3/2 (651) 8 I/2(521)

1/2 (400) 3/2 (532)

x 1/2 (530) I 5/2(512) ~r 1 /2 (510)

*sgDy levels from *6ODy(~He,~) 75Gr37

E=25.5 MeV, magnetic spectrograph, scattering angle=40 degrees. The ground state was not populated sufficiently to be

identified in this reaction.

E(level) J.

(0.0t) (3/2-) 1 37# 7/2- 2 42 ~ 9/2+ 2 "2t 9/2- 3 59 % 13/2 + 3 59 § 1 I / 2 - 5 15# 9 / 2 - 799 990

1898

t 3/2(521) 5/2 (642)

§ 11/2 (505) # 5/2 (5231

205

159Ho 1 NUCLEAR DATA SHEE~S 67 92-

tSPHo Adopted Levels

Q(8-7=-2930 100; S(n7=8956 11; s(p)=4197 10 77wa08

E(level) Jr Tt/z Comments

O.Ot 7/2- 33 m 1

97.5t 2 9/2- 165.9t 2 7/2*

205.7§ 2 1/2* 8.30 s 8

2 1 2 . 4 § 2 3/2+ 2 1 9 . 0 1 1 1 / 2 - 2 5 2 . 9 # 2 5 / 2 * 3 0 0 . 0 3 3 / 2 + , 9 /2+ 312 .7§ #, 5 / 2 " 3 29.5 3 5/2+ 341 2 352.7§ 3 7/2+ 35~ 2 369.141" 3 13/2- 382 3 3/2, 5/2 424 . l a 2 1 / 2 -

63.2 @ 5/2- 483 2 5 21~ 2 3/2- 536.8t 3 15/2- 5 80.7~ 2 3/2-

5 89% 3 9/2- 605.7§ 3 11/2. 624.2 2 5/2- 6 49.1 2 5/2- 671.6, 2 5/2+ 6 80~ 2 7/2- 692 2 719 2 3/2, 5/2 740.3t 3 17/2- 775.7t 3 (15/2+) 780 2 813.3~ 3 13/2- 8 15 2 3/2, 5/2

815 .5 3 1 /2+ , 3/2+

875 2 1 /2

907 2 933 2 9 u,5. I f 3 1 9 / 2 - 9 5 5 . 1 § 3 15/2+

10o,3 2 11 17.3i} 3 1 7 / 2 - 11 566 2 1 1 / 2 - 1179 2 (1/27 1198.21" 3 2 1 / 2 - 1201 2 1267 2 1310 2 1332 2 1/2, 3/2 1355.0 3 1374o 5§ 3 (17/2+) 1382.9§ 3 19/2+ 1398.3 3 3/2-, 5/2- 1/40~ 2 ltt .27 2 3/2, 5/2 1431.6t 3 23/2-

Jr: atomic beam (69Ek017. 7/2(5237 Nilsson state. T,/z: from 66La11. Other measurements: 58To32, 64~aI0,

69Ek01. Jr: M1 transition to g.s. Jr: L=~ In (3He,dT, E1 transition to g.s., 7/2(404) Nilssoa state. Jr: I/2(~117 Nilsson state. T1/z: from 71Ge01. 66Bo02 report 6.9 s 3. J,: L=2 in (3He,d) Jr: L=5 in (3He,d) Jr: L=2 in (~He,d), 5/2(4027 ~ilsson state.

Jr: L=2 in (3He,d)

E(level) : from 77Sp04

Jr: L=2 in (aHe,d7 Jr: L=I in (3He,d), E1 transition to 212-key 3/2+ state. I/2(5417 ~ilsson state. J~: L=3 in (3He,d7

Jr: L=I in (3He,d)

J~: evalaators suggest this may be the (K-2) vibrational state built on the 7/2(523) ground state. j,: L=5 in (~,t)

Jr: 5/2(413) Nilsson state. J~: L=3 in (3He,d)

Jr: L=2 in (3He,d)

Jr: T-transitions to 13/2 and 15/2 members of g.s. band

Jr: L=2 in (3~e,~). Possible 7 vibration built on 7/2 (404) state. Jr: E1 transition to I/2 (541) state and E2 transition to 5/2(4027 state. Jr- L=0 in (3He,d). Possible 7 vibration built on 5/2 (4027 state.

Jr: L=5 in (3He,d) Jr: tentative L=0 in (3He,d)

Jr: L=I in(3He,~)

Jr: E2 transition to 3/2- state at 580.7 keY.

J.: L=2 in (aHe,d7


206

NUCLEAR DATA SHEETS 159 67H°92 -2

*sPBe Adopted Levels continued

E(level) Jr T~/~ Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

14 50 2 1468.1 2 14 80 2 1492.7 3 1495.0 2 (5/2-)

15 06.3~ 3 21/2- 1519 2 1558.5 2 1589 2 16 17 2 1636 2 1679.9 2 5/2- 16 89.3 2 5/2+

17 26.8, 3 25/2- 1752 2 I/2+ 1779.4 2 5/2-

17 89 2 1805 2 18 22 2 18 39 2 1855 2 18 63 2 1873.7§ 3 23/2+ 1891.2 2 5/2+ 1902.7 4 197~. 7~ 3 25/2- 1981.9$ 3 27/2- 2001.6 2 2091.7 2 23 05.0# 3 29/2- 2~I0.4§ 3 27/2+ 2515.8@ 3 29/2- 2574. Ot 3 31/2- 2892.9# 3 33/2- 3160.3% 3 35/2- 3707.6 $ 3 39/2-

Jw: 77Bo26 indicate J=5/2- for this level on the basis of a tentative El assignment to the 1329-key 7 transition to the 7/2(404) state. This is probably the level seen by 77Pa23 at 1502 keV with L=2,3 in (SHe,d) and at 1496 key in (~,t).

J~: El transition to 5/2 (402) Jr: MI transition to 7/2(404) L-<2 in (SHe,d)

state: log ft=6.~ level; log ft=6.6;

Jw: L=O in (SHe,d) aw: NI transition to 3/2- state at 580.7 keY; E2 transition to I/2(541) state: log ft=5.9.

Jr: E1 transition to 7/2(523) state; log ft=6. I

t 7/2(523) A=12.8, B=-O. O07 7/2 (404)

§ I/2(411) ~=12.5, a=-I°0 # 5/2 (402) ;~ 1 / 2 ( 5 4 1 ) A=10 .6 , a=1 .9 8 9 / 2 (514)

5/2 (~13) E-2 g.s. vibrational band

7(tSPDy) from *SPHo ~ decay 71Bo18,68~b15 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

other measurements: 75GaYZ The decay scheme is due primarily to 71Bo18. For conversion-electron data the reader may refer to

71Bo18, 68Ab15 and 73Tu05. IT-normalization: based on assumption of no • branch to the

• SSDy ground state and requiring intensity balance at each level. Theoretical conversion coefficients for the multipolarities given by 71Bo18 were used in determining Iv-normalization.

71Bo18 indicate that the uncertainty in the 7-ray intensities and in the conversion electron intensities is of the order of 10~, except for weak transitions where the uncertainty may be 25~. Evaluators have used AI7=25% for transitions of 17<10. Evaluators have assumed an uncertainty of 15% in L-subshell ratios to calculate A6.

E7 Level I7$ Mult. comments

3 0 . 6 2 239 .6 16 2 ~ I+E2 24 .46


~(L)= 18.76 ;~(M)= 4.28 ce(L)=375, ce(~}=94, L1/L2=I.85 6:0.16 2 from L-subshel! ratios. IT: calculated by evaluators from

ce(L) and ~(theory) , using 6 calculated from L-subshell ratios.

207

159 67Ho92-3 N~CLEAR DATA SHEETS

7(*SgDy) from *SgHo • decay 71Bo18,68Ab15

E 7 Level ITt Mult. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

continued

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

3 1 . q 2 209.0 44 4 MI+E2 24.78

41.1 2 177.6 35 4 E1 0.629 19 56.7 2 56.6 366 37 ~1÷E2 13.18

62.0 2 239.6 17.5 18 E2 17.87

72.5 2 209.0 18 2 79.9 2 136.5 80 8 MI÷E2 4.76

85 .7 2 395 .4 12 .2 12 M1 3 .82

x88.3 2 unplaced 6.0 15 99.5 2 ~36.0 21 2 MI(+E2} 2.6 2 100.6 2 309.6 277 28 E1 0.306

103.1 2 239.6 10.6 11 121.0 2 177.6 2430 240 El 0.1861

132.0 2 309.6 1620 160 E1 0.1473

136.~ 2 136.5 34 3 E2 0.890

152.4 2 209 .0 84 8 E1 0 .100 3 155.8 2 395.4 155 16 E1 0 .0947 28 159.4 2 395 .4 29 3 ~11(+E2) 0 .58 7

x 166.0 unplaced 173.1 2 309.5 166 17 ~I(+E2) 0.45 6 177.6 2 177.6 446 45 El 0.0669

186.3 2 395.4 238 24 x195.6 2 unplaced 6.0 15 217.7 2 395.4 240 2~ 252.9 2 309.6 1000 99 258.9 2 395.4 94 9 265.5 5 505.1 11.5 11

x268.2 5 unplaced 5.1 13 296.1 2 505.1 60 6 309.6 2 309.6 1030 99

338.7 2 395.4 x352.8 5 unplaced 395.4 2 395,4 620.9 2 1016.3

x667.9 2 unplaced 695.0 5 1090.3 706.7 2 i016.3

x714.1 unplaced 766.3 2 1075.7 780.6 2 1090.3 807.~ 2 1016.3

42 4 4 .8 12

19 2 18 2

3 . 0 8

E1 0.0589 18

BI(+E2) 0.15 4 MI(÷E2) 0.14 3

=(L)= 18.99 ;=(M)= a.35 L1/L2=1.52, L1/L3=1.16 I7: calculated by eva!uators from

I(7+ce) and ~ of 71Bo18. 6:0.18 2 from L-subshell ratios. L1/L2=2.0, L2/L3=0.4 =(K}= 10.34 ;¢(L} = 2.209 :

~(~)= 0.497 ,IN+= 0.1399 LI/L2=3.37, L2/L3=1.11 6:0.20 2 from L-subshel! ratios. I7: by private communication from

authors. Value was misprinted as 17=166 in 71Bo18.

a(K} = 2.61 ,1a(L}= 11.70 a(~)= 2.80 ;N+= 0.756

L2/L3=1.1 I7: calculated by evaluators from

I(7+ce ) of 71Bo18, assuming E2 multipo!arity.

=(K )= 3 .84 ,1(~(L)= 0 .714 1 ¢ ( ~ ) = 0 .1597 ;N+= 0 .0453

L1/L2=4.41, L2/L3=1.15 6:0.22 3 from L-subshel! ratios. ~(K) = 3.21 ,1~(i) = 0.473 :

=(~}= 0.1036 ;N÷= 0.0298

a(K)= 0.256 ;=(L)= 0.0395 ; ~(M) =0. 00861 ;N+=0.00241

=(K)= 0.1559 ;~(L)=0.02363 ; =(B) =0.00514 ;N÷=O. 00145

K/L1=11 3, L1/L2=6 2, L2/L3=0.7 3 (68kb15)

~(K)= 0.1236 ;~(L)=0.01855 ; = (~} =0. 00404 ,1N+=O. 00114

LI/L2=6 2, L2/L3=0.7 2, K/L1=11 3 (68Ab15)

~(K)= 0.491 ;=(L)= 0.306 a(~)= 0.0723 ,1N+=0.02006

K/LI~16, K/L2=4 1, LI/L2=O. 25 (68~b15)

=(K)= 0.0564 :=(L)=0.00823 ; =(M)=0.00179 ;N+=0.00050

E1 0.0178 6 M1 0.1059

BI(÷E2) 0.064 20

E2 0.0288 9

66 7 91 (+E2)

o{(K)= 0 .0894 ; ( , ( L ) = 0 . 0 1 2 8 4 ; a (M)=0 .00281 ;1~+=0.00079

6.8 17 ~1(+E2) 3.3 8 MI(+E2)

68 7 E1 Continued on next page (footnotes at end of table}

208

NUCLEAR DATA SHEETS 159Ho - 4 67 92

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

7(*SgDy) from *SgHo ~ decay 71Bo18,68Ab15 continued

E7 Level ITt halt. Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .------

x816.7 5 unplaced 2.2 6 838.7 2 1016.3 210 21 E1

x850.7 2 unplaced 17 2 x866,0 5 unplaced 1.8 5 x 879, 2 unplaced 881.3 2 1090.3 23 2 (El)

x891.8 5 unplaced ~.8 12 898.1 2 I075.7 2.1 5 912+7 2 1090o3 16.8 17 El 939.2 5 1075.7 3,7 9

x992,0 5 unplaced 3,7 9 1016,3 2 1016.3 27 3 ~I(+E2) 1018,9 2 1075.7 13 1 MI(+E2) 1 0 2 4 . 3 2 1201 .9 1 1 . 2 11 E1

xi035.2 2 unplaced 3.2 8 xi062,6 5 unplaced 3,5 9 1075.7 2 1075.7 7.5 19 ~I(+E2)

x1109.1 5 unplaced 11~5o2 5 1201.9

x1153.3 5 unplaced 3.5 9 x1162.5 5 unplaced Xl 193.1 2 unplaced 3.4 9 xl 198.1 5 unplaced 1201.9 2 1201.9 10.3 10 MI(+E2)

x1333.1 5 unplaced x1461.0 2 unplaced 3.5 9

x T-ray not placed in level scheme. # For absolute intensity per 100 decays multiply by 0.013~ 12

7(*svHo) from *SgBo IT decay 71Ge01

Source obtained by *6ODy(p,2n) reaction from pulsed- proton beam with 12 ~eV~Ep~15 ~eV.

Normalization based on observed photon ratio I7(1667)/i7(2067) from =(1667)=0.0826 25 (El theory) and =(2067)=1.38 4 (E3 theory) and the requirement that total intensity %o q.s.=lO0~.

ET Level ITt I (7+ce) Mult. Comments

39.5 3 205.9 (6.0x10 -4) 14.2 9 ~3 2.354x10+

166.0 3 166.0 13.1 9 El 0.0826

205.9 1 205.9 100 E3 1,382

# For absolute intensity per 100 decays multiply by 0.397 6

e(L)=1.712e4 :¢(~)= 4830 ce(L 3) (39.5)/ce(K) (206) -<1.2 I(7+ce) : calculated from decay

scheme by requiring intensity balance at 166.0-key level from ~=0.0826 25 (El theory) for 166.0-key transition

e(K)= 0.069~ :~(L)=0.01030 ; ~ (M) =0. 00225 :N+=0.00063

Iv: from I7(1667)/17(2067)=0.131 9 a(K)= 0.~97 :e(L) = 0,673 :

e(~)= 0.1658 ;N+= 0.0~56

LSgHo levels from tSgHo IT decay 71Ge01

E(!evel) aw T,/z . . . . . . . . . . . . . . . . . . . . .

Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

O. 0 7/2- 33 m I 166.0 2 7/2+ 205.9 2 I/2+ 8.30 s 8 T,/z: from 71Ge01. Other: 6.9 s 3 (66Bo02)

209

159 67Ho92-5 ~]UCLE~R D~TA SffEETS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

tSPHo levels from *SPEr ~ decay 77Bo26, 77HaYT

Source produced by t6SHo(p,Tn) reaction followed by mass separation (77Bo267 , and by LS3Eu(ttB,5n) reaction (77HaYTT. The adopted decay scheme is essentially that of 77Ho26. 77HaYT deduced a decay scheme with 21 transitions placed among 14 excited levels up to 1445 keV. The two decay schemes are in good agreement ccncerning the more strongly fed levels in *sPHo, bgt differ in the energies of some of the more weakly fed levels and the placement of weaker T-ray transitions.

E(level) # a~

O. 0 7 /2 - 97 .5 2 9 / 2 -

1 6 5 . 9 2 7 / 2 + 2 0 5 . 8 2 1 /2+ 2 1 2 . 4 2 3 /2+ 2 5 2 . 9 2 5 /2+ 298.0 3 312.77 4 (5/2+) 424.1 2 I/2- 463.37t 3 5 20.1 3 3/2- 580.7 2 (3/2-7 624.2 2 5/2- 649.1 2 5/2- 671 .6 2 5 /2+

E(level) t aE

815.5 3 (1/2,3/2+) 1355.0 3 1398.3 3 1468.1 2 1492.7 3 14 95.0 2 1558.5 2 1679.9 2 5/2- 16 89.3 2 5/2+ 1779.4 2 5/2- 1891.2 2 5/2+ 1902.7 4 2001.6 2 2091.7 2

t Level energies have been adjusted by the evaluators. 77Bo26 show this level in the decay scheme, but do not show any transitions depopulating the level. The (=,t) and (3He,d) experiments of 77Pa23 indicate a level of spin 5/2- at 464 key which is assigned as a member of the I/2(5417 rotational band. However, from the data in 77Bo26 it is not clear whether the level is populated in the decay of *SgEr.

*SPHo levels and gammas from *szSm(*tB,qn7) 74Gr01 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

*tB ion energy=58 ~eV. Ge(Li) and planar germanium detectors used, Iccated at O, 90, and 120 degrees relative to the incident beam.

Authors calculated A z coefficients from angular anisotropies between measurements at 0 and 90 degrees, by assuming A4=O.

Authcrs report energies, intensities and Az values for transitions between favored levels of the 7/2(523) g.s. hand.

E(leve!)§ Jv Comments E7$

0 .0 7 / 2 - 2 1 9 . 0 1 1 / 2 - 5 3 6 . 8 1 5 / 2 - 9 45 .2 1 9 / 2 -

1431.6 2 3 / 2 - 19 82 .3 2 7 / 2 - 257q. 8 3 1 / 2 - 31 61.9 35/2- 37 09.2 (39/2-7

E(level) : from 77SpOt.

Level ITt Comments

317.8 3 536.8 408.4 3 945.2 486.4 3 1431.6 547.3 10 3709.2 550.7 3 1982.3 587.1 6 3161.9 592.5 4 2574.8

§ Level energies have been calculated by the evaluators from transition energies of 74Gr01, assuming that the 11/2- member of the 7/2(523) g.s. band is at 219.0 keV (77Sp04).

# Values listed are those given by the authors for crossover transitions. Values listed are those given by the authors as the sum of crossover and cascade transition intensities depopulating each level.

100 15 l z = 0 . 2 0 9 69 4 ~z=O.20 7 47 3 Az=0.20 8

5 2 Az=0.30 20 31 3 Az=0.2/4 8 11 2 Az=0.15 9 17 2 Az=0 .18 9

210

NgCLEAR D~TA SHEETS 15911 67 °92-6

* S g H o levels from tSeDy(3He,d) 77Pa23

E(3Ee)=24 MeV, magnetic spectrograph, resolution=14 key (FWH~). Deu%ezon spectra recorded at q5 degrees and 70 degrees.

See also *SeDy(e,t)*sPHo reaction.

E(level) * J~ L S Comments

O. Ot 7 / 2 - 0 .02 98 t 9 / 2 - 0 .03

1665 7 / 2 + 4 0 .92 212§ 3 /2+ (2) 0 . 5 25~# 5/2+ 2 1.5

315§ 342 36q. 382 425@ 46/4.~ 483 521~ 5 89a 681~ 719 780 816

875

908 933

10q5 11 56~, 1179 1201 1267 12 97 13 09 13 34 1405 1427 1449 1480 1502 1521 1589 16 17 1636 16 87 1752 1789 1805 1822 18 55

5 /2+ 2 0 .13

2 0.045 I/2- 1 0.092 5/2- 3 0.41

2,3 3/2- 1 0.14 9/2- 5 0.78 7/2- 3 0.16

2 0.045 (4)

3/2 2 0.21

1/2 0 O. 12

1,2 q 0.30

1 1 / 2 - 5 (0) 0 .02

> 3 (2) (2) 1

<- 2 2,3 2,3 < 2

<- 2 0

(4)

0.042

0.063

0.097

S: value larger than expected for 5/2(402) Nilsson state. this may reflect contributions from members of 3/2(411) and/or I/2(411) bands.

S: calculated for J=L ÷ 1/2

S: calculated for J=L + I/2

J~: 77Pa23 indicate this level may be a 7 vibration built on the 7/2(404) Nilsson state. Jw: 77Pa23 indicate this level may be a 7 vibration built on the 5/2(402) Ni!sson state.



t 7/2 (523) ¢ 7/2 (40q) § I/2 (411) # 5/2 (402) @ I/2 (5ql) 6 9/2 (514) ~-+2 key

211

1 5 9 67Ho92-7 NUCLEAR D~TA SHEETS

*SgHo levels from *SSDy(=,t) 77Pa23

E==30 ~eV, magnetic spectrogpaph, reso!ution=12 k e y (FNH~). Triton spectra recorded at 35 degrees and 60 degrees.

See also *saDy(3He,d) reaction

E(level) K J~ L Comaents

0.0t 7/2- 97t 9/2-

1665 7/2+ 218t 11/2- 253§ 5/2+ 315# 5/2+ 340 * 365 * 383 * 2 426a I/2- 464@ 5/2- 482 * 2,3 520@ 3/2- 535$ 15/2- 590~ 9/2- 679~ 7/2- 692 * 718 * 2 780 * (4) 814 3 / 2 2

876 1/2 0

906 * 1,2 934 * 4

1040 *

1156~ 11/2- 1268 * > 3 1295 * (2) 1312 * (2) 1330 * 1 1403 1428 * 1452 * 1480 * 1496 * 2,3 1516 * 2,3 1588 ~ < 2 1688 * ~ 2 1752 1 / 2 0 1804 ~ (4) 1823 * 1839 *

1863 *

possibly the 13/2 member of the 7/2(523) band.

Jw: 77Pa23 indicate this level may be a 7 vibration built on the 7/2(404) Nilsson state. Jr: 77Pa23 indicate this level may be a T vibration built on the 5/2(402) Nilsson state.

t 7/2 (523) 7/2 (404)

§ 5/2 (402) # I/2(411) @ 1/2(541)

9/2 (514) * Assignment uncertain

+_ 2 key

212

NffCLEAR DATA SHEETS 159 67H°92 -8

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

*SPHo levels from *SPTb(x,4n7), (~He,3nT) 75Fo11, 77Sp04, 76AdZS

E~=49 HeY (75Fo11) ; E~=51 ~eV and E(3He)=28 MeV (77Sp04, 76AdZS). 7-7 coincidence observations are from 77Sp04 and 75Fo11.

E(leve!) a~ Comments

0 .O t 7 / 2 - 9 7 . 5 t 9 / 2 -

1 6 6 . 0 t 7 / 2 + 206 .0§ 1 /2+ 2 1 9 . 0 t 1 1 / 2 - 2 2 2 . 7 § 3 / 2 +

329.5§ 5/2+ 352.7§ 7/2+ 369.4# 13/2- 536.8t 15/2- 5 97.8# 9/2 - 605.7§ 11/2+ 740.3# 17/2- 775.75 (15/2+) 8 13.3# 13/2- 945 . I t 1 9 / 2 - 955.1§ 15/2+ 11 17.3# 1 7 / 2 - 11 98.2# 21/2- 1374.5§ (17/2+) 1382.9§ 19/2+ 1431.6# 23/2- 1506.3# 21/2-

77Sp04 report the positions of the 3/2+ and 5/2+ members of the 1/2(411) band at 222.7 key and 329.5 keY, respectively, on the basis of unp~b!ished work on the decay of *SPEr. These assignments are in disagreement with the assignments of 77Bo26 and 77HaYT, which are also based on studies of the *SPEr decay. 77Sp04 have not placed any 7-ray transitions depopulating these levels.

E ( !eve I) J~

1726.8# 25/2- 1873.7§ 23/2+ 1974.7# 25/2- 1981.9t 27/2- 23 05.0t 29/2- 24 10.4§ 27/2 + 2515.8# 29/2- 2574.0t 31/2- 2892.9# 33/2- 31 60.3# 35/2- 37 07.6# 39/2-

t ~/2 (523) (from 75Foi 1) 7/2 (404) (from 77Sp04)

§ 1/2 (41 I) (from 77Sp04) # I/2(5~I) (from 77Sp04)

7(*SPHo) from *SpTb(~,4nT),(3He,3n7) 75Fo11, 77Sp04, 76AdZS

E7~ Level I T t §

9 7 . 5 97 .5 100 121.5 219.0 296 130 352 .7 13 141.8 955.1 10.6 150.4 369.~ 114 162.7 1117.3 166.0 166.0 39 167.4 536.8 91 203.7 740.3 91 204.9 945.1 55 206.0 206.0 18 207.5 813.3 215.5 813.3 19 219.0 219.0 23 233.4 1431.6 30 239 775.7 253 605.7 126 253.0 1198.2 40 255.0 1981.9 18 257.2 1374.5 21 267.5 3160.3 6.9 269.2 2574.0 17 271.9 369.4 52 295.2 1726.8 34

Comments

ET: from 77Sp04

ET~ level I T t §

304.0 1117.3 25 317.8 536.8 73

2892.9 323.2 2305.0 11.7 34 9o 4 955.1 22 370.7 740.3 74 389.0 1506.3 26 406.3 775.7 408.2 945.1 95 427.8 1382.9 29 457°9 1198.2 78 468.4 1974.7 17 486.5 1431.6 72 490.8 1873.7 13 528.6 1726.8 54 536.7 2410.4 9.1 541.1 2515.8 5 .6 547.4 3707.6 20 550.3 1981.9 54 578.9 2305.0 25 586.2 3160.3 12.1 587.9 2892.9 13.2 592.0 2574.0 22

Comments

ET: from 77Sp04

# Listed values are from 75Po11 unless otherwise indicated. 77Sp04 estimate 0.1 keW~&ES0.3 keV.

§ 77Sp04 estimate 10~817~30~

213

I59Er -] NUCLEAR DATA SHEETS 68 91

*SgEr Adopted Levels

Identification: Daughter of *SgTm (75AgO3,75St07). ~easured Ho X-rays following ¢ decay of LSgEr produced

in *6sUo(p,7n) reaction. Ep=40-100 ~eV (69Ek01}. Neasurement of daughter activities following ~ decay of *sgEr

produced by *6SHo(p,7n) reaction (77Bo26}. High-spin states excited in IszSm(*aC,5n) reaction (73Gr24). ~easured T-rays following ¢ decay of *sgEr produced

in *S3Eu(**B,5n) reaction with E([tB)=60 ~eV (77HaYT). Measured daughter *SgHo activity following E decay of tSgEr

produced in spallation of Ta by 660-~eV protons (68Ab16, 75Bui0).

Measured 7-rays following (HI,3n) reactions (71LeYU). Q(~-)=-~200 syst; S(n)=7~30 syst; S(p)=5240 100; Q(a)=2340 100 77Wa08

~ (!eve!) t Jw TII z Comments

0.05 3/2- 36 m I

59.185 4 5/2- ~ 20 ns

144.11t 4 7/2- 182.53§ 6 9/2+ 331 ns 11

220.20# 4 5/2-

226§ I 13/2+ 258.055 5 9/2-

271.28§ 6 5/2+ 302.28§ 7 7/2+ 306.99# 6 7/2-

348.10@ 4 3/2+

428.758 8 11/2 ~

434.5§ 10 17/2+ 449.00 7 5/2, 7/2- 467.79 6 554.97 7 565.42 9 615.82 8 616.90 10 716.86 10 784.~§ 10 21/2+ 790.40 16 890.31 lq 963.48 12 990.80 15

1050.09 13 1190.95 19 1248.5§ 10 25/2+ 1318.05 16 1804.9§ 10 29/2+ 24 30.9§ 10 33/2+ 31 06.6§ 10 37/2+ 3815.2§ 10 41/2+ 4554.0§ 10 45/2+

590 ns 60

95 ps 5

Jr: atomic beam (69Ek01). 3/2(521) Nilsson state. T,/z: from 66La11. Other: 37 m 2 (68Ab16). J~: BI transition to g.s. Tt/z: from 75VaYW Jr: E2 transition to g.s. J~: E1 transition to 7/2- state at 14~ keV T,/z: weighted average of 337 ns 14 (75Bui0), 310 ns 30 (75St07) and 325 ns 30 (71LeYU). Jw: 91 transitions to 3/2- and 7/2- members of g.s. band, 5/2(523} ~ilsson state. E(level}: from 71LeYU. Evaluators estimate ~E=I keY. J~: E2 transition to 5/2- member of g.s. band and 91 transition to 7/2- member of g.s. band. Jr: El transitions to 3/2-, 5/2-, 7/2- members of g.s. band Jr: El transition to 5/2-member of g.s. band Jr: 91 transition to 5/2(523) Nilsson state, 91 transition to 7/2- member of g.s. band. Jr: El transitions to 3/2 and 5/2- members of g.s. band, 91 transition to 5/2+ member of positive-parity band; bandhead of mixed 3/2 (402) +3/2 (651) band. Jr: E2 transition to 7/2- member of g.s. band, B1 transition to 9/2- member of g.s. band, 11/2(505) Nilsson state. T,Iz: weighted average of 550 ns 150 (75St07) and 600 ns 60 (71LeYU). Ttlz: from 7~Na08

8.2 ps 9 Tt/z: from 74Na08

t Level energles in mixed positive-parity band for J>13/2 are from 75Be34, using E(13/2+)=226 key (71LeYU} : others are from tSgTm E decay and have been adjusted by evaluators.

$ 3/2 (521} A=12o0 § Nixed positive-parity band # 5/2(523) A=12.4

3/2(402 + 651} F, 11/2 (505)

214

NUCLEAR DATA SHEETS 159 68Er91-2

7(tsgHo) from *SeEr ~ decay 77Bo26, 77HaYT

Source produced by *6SHo(p,7n) reaction followed by mass separation (77Bo26), and by *S3Eu(**B,5n) reaction (77HaYT). The adopted decay scheme is essentially that of 77Bo26. 77HmYT deduced a decay scheme with 21 transitions placed among 14 excited leve!s up to 1445 keY. The two decay schemes are in good agreement ccncerning the more strongly fed levels in tSgHo, bet differ in the energies of some of the more weakly fed levels and the placement of weaker 7-ray transitions.

IT-normalization: calculated by evaluators, assuming zero g.s. branching and requiring intensity balance at each level.

ET ieve! ITt§ Bult. =t Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

6.5 212.4

39.5 3 205.8 (1.6xI0-*) (M3) 2.36KI04 7

97.5 3 97.5 23 1 ~1+E2 3.01 14 106.9 312.7 12 E2 2.23 7 132.1 3 298.0 = 10 1.12 9 165.9 3 165.9 150 El 0.0827 25 205.9 205.8 290 E3 1.38 4

211 .5 3 424 .1 35 R1 0 .0437 13 218 .a 4 2 4 . ! ~ 28 0 . 0 4 0 2 12 252 .9 3 252 .9 = 100 0 .0275 8 307.6 3 520.1 10 0.090 27 314.~ 520,1 35 0.0159 5

x366.4 3 unplaced 6.6 x370.0 3 unplaced 4.4 373.6 3 671,6 0.052 17 391.3 3 815.5 13 El 0.0094 3 418.7 3 671.6 5.4 E2+~I 0.039 13 436.4 649.1 7.4 E1 0.0073 2

x482.7 3 unplaced 4.6 ~I 505.7 3 671.6 55 ~1 0.0321 10 551.6 3 649.1 70 E2 0.0122 4 562.7 3 815.5 9.7 E2 0.0118 4 580.7 3 580.7 121 E2 0.0109 3

x599.0 3 unplaced 8.2 M1 x610.2 3 unplaced 6.0 x613.8 3 unplaced 4.8 624°2 3 624.2 1000 ~1 0.01882 6~9.1 3 6~9.1 700 E1 0.01706

x668.1 3 unplaced 7.2 ~77~.1 3 unplaced 5.5 ~I 817.6 3 1398.3 7.7 ~1÷E2 8~3.9 3 1468.1 21 ~I+E2 887. q 3 1468.1 15

x918.8 3 unplaced 3.4 x942.2 3 unplaced 32 EI,~2 947.3 I~68.1 4.5 MI+E2

x947.3 3 unplaced ~.5 MI+,E2


E7: T-ray not observed. 77Bo26 report the 212.4-key level but no depopulating transitions. Evaluators assume that the decay of the 212.4-key level proceeds directly to the 205.9-key level. The listed 7-ray energy is the difference of these two level energies.

I(T+ce): >71; lower limit calculated from 212-key level balance.

Transition inferred from T-ca coincidence study of decay of 205.9-key level. (71Ge01)

IT: calculated by evaluators from ratio IT(397)/IT(2057) observed in *agHo IT decay and IT(205T) observed in tsgEr E decay.

K/L1=11.9 4, L1/L2=0.10 4, L2/L3=1.5 5 (68Ab16)

e(K) =0.01582 ;~ (t) =0.00225 ~(K)=0.01435 ;e(L)=O.O0204

215

159 68Er91-3 NUCLEAR DATA SHEETS

7(ts980) from tSgEr e decay 778o26, 77BaYT

E7 level 17t§ Hull.

x964.8 972.5

x987.8 xI096.5 Xl 052.0 Xl 078.6 x 086.7 x 1 0 3 . 0 x 110 .1 x 1 1 9 . 9 x 1 2 5 . 6 x 137.6 x 152. q x 1 8 5 . 8

1 8 9 . 2 1 1 9 8 . 8

Xl 2 0 9 . 5 Xl 2 1 9 . 8 Xl 2 2 4 . 5

1 2 2 6 . 1 1 2 3 1 . 1 1232.{# 1 2 3 9 . 9 1255.7

Xl 2 8 5 . 3 x 1 2 9 1 . 4 Xl 295 . q

1 3 1 6 . 2 1 3 2 9 . 1

Xl 3 3 4 . 9 1 3 5 5 . 2

Xl 365.3 1 392.6

3 unplaced 9.2 N1 3 1492.7 4.5 ~1 3 unplaced 5.9 81 3 unplaced 5.7 3 unplaced 3 . 4 3 unplaced 2.9 3 unplaced 2.8 3 unplaced 5.6 3 unplaced 4.7 3 unplaced 4.2 3 unp! aced 3.3 3 unplaced 6.0 3 unplaced 5.9 3 unplaced 8.3 3 1355.0 6.4 [11 3 1779.4 25 [11 3 ~npl aced 13 3 unplaced 6.2 3 unplaced 4.4 3 1689.3 8.8 3 1 9 0 2 . 7 11 (E l ) 3 1398 .3 16 ( E l ) 3 1 4 9 2 . 7 18 (E l ) 3 1468 .1

1679.9 5.5 3 unpl ace(:]. 5.7 3 unplaced 6.3 3 unplaced 3.5 3 1779.4 q. 6 3 IU95.0 8.6 3 unplaced 7.8 3 1779.4 29 E2 3 unplaced 4.7 3 1558.5 17 (El)

continued

E7 Level 17t§ Mull.

x1402.4 3 unplaced 8.7 x1418.1 3 unplaced 4.7 1 427.1 3 1679.9 23

Xlqq3.3 3 unplaced 5.0 x1445.8 _3 unplaced 6.2 x1~59.2 3 unplaced 9.8 1466.7 3 1779.4 7.8 I476.7 3 1689.3 5.8 1495.0 3 1495.0 4.0 1523.5 3 1689.3 4.4 [~1

x1552.9 3 unplaced 28 (El) 1 5 5 8 . 5 3 1 5 5 8 . 5 14 [11+E2 1566.9 3 1779.4 8.1

Xl 594.8 3 unplaced 4.2 x1598.5 3 unplaced 7.9 E2 x1618.1 3 unplaced 3.8 x1631.8 3 unplaced 10 x1652.7 3 unplaced 3.7 x1658.7 3 unplaced 5.1 1679.3 3 1891.2 2.2 1680.0 3 1679.9 4.4 1 6 8 5 . 1 3 1 8 9 1 . 2 3 . 8

x1708.3 3 unplaced 3.9 17~8.7 3 2 0 0 1 . 6 3.6

x 1 7 7 5 . 2 3 unplaced 7.3 x1786.0 3 unplaced 5.1 x1792.2 3 unplaced 3.6 1838.8 3 2091.7 37 (El) 1891.0 3 1891.2 31

x1906.2 3 unplaced 3.9 2001.6 3 2001.6 29 (El)

x2006, q 3 unplaced 15 E2 x2038.1 3 unplaced 6.3 2091.7 3 2091.7 8.6

x 7-ray n e t ~laced in level scheme. t 778o26 indicate that the uncertainty in the

relative intensity is between I0~ and 30%, depending on the intensity.

% The a values listed are the theoretical values calculated for the multipolarities given by 778026. For mixed mu!tipolarities ([11 • E2) the listed values are the means of the respective E2 dad Sl conversion coefficients.

§ For absolute intensity per 100 decays multiply by 0.0327 16

ISgEr levels from tSgTm • decay 75Ag03, 75St07

75~g03 obtained *SgTm sources from the (p,x~) reaction followed hy on-line isotope separation. 75St07 obtained *SgTm sources from the (p, xpyn) reaction on Ta, followed hy chemical and isotope separation. The decay scheme is due primarily to 75Ag03. 75St07 have published a decay scheme containing levels up to 566 keY which is in substantial agreement with that of 75Ag03 for levels up to 429 keV.

E(level} Jr

O. 0 3 / 2 - 5 9 . 1 8 5 5 / 2

14~ .11 q 7 / 2 - 1 8 2 . 5 3 6 9 / 2 + 2 2 0 . 2 0 q 5 / 2 - 2 5 8 . 0 5 5 9 / 2 - 271.28 6 5/2+ 302.28 7 7/2+ 306.99 6 7/2-

E(level) Jw

348.10 4 3/2+ 428.75 8 11/2- ~9.01 7 467.79 6 554.97 7 565.~ I 7/2- 6 1 5 . 8 2 8 6 1 6 . 9 1 7 / 2 -

E (level) Jw

716.9 1 7/2+ 790.4 I 890.3 1 963.5 1 990.8 2

10 50.1 1 1190.9 2 1318.0 2

216

159 NUCLEAR DATA SHEETS 68Ez9]-4

*SgEr levels and gammas from (HI,3nT) reactions 73Gr24,71LeYU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

73Gr2~ used IsoSm(*aC,3n) reactions with ion energy=88 MeV. 71LeYG used IsoSm(tzC,3n) and *zzSn(4oAr,3n) reactions, measured Ge(Li) singles and 7-7 coincidence.

E (leve!) t Jr

0.05 3/2- 59¢ 5/2-

1 45~ 7/2- 1 83# 9/2+ 226# 13/2+ 2 595 9/2- 430§ 1 I/2- 434.3# 17/2+ 784.3# 21/2+ 1248.8# 25/2+ 18 04.7# 29/2+ 24 30.6# 33/2+ 31 06.3# 37/2+ 3815.0# 41/2+ 4553.~?# (45/2+)

E 7 ~evel TT~ ~ult. 8

38 183 (~3) (226) 59 59 86 1~5

11 4 259 145 145 17 1 430 I49 259 20~ 430 208.3 3 434.3 2~7 430 285 430 350.0 3 784.3 464.5 3 1248.8 555.9 1804.7 625.9 3 2430.6 675.7 4 3106.3 708.7 5 3815.0 738.4 8 4553.4

100

83 4 77 4 56 4 49 3 25 2 12 1 8 2

El

M1

El

E1 E2

t Levels up to 430 key from 71LeYU. Level energies > 430 key were calculated by evaluators from 7-ray energies of 73Gr24 using E=226 key for 13/2+ level (71LeYg).

$ 3/2 (52 I) § 11/2 (5C5) # Nixed positive-parity band.

From 73Gr24. From 71LeYg.

*SgEr levels and gammas from tSZDy(=,7nT) 75Be34

E~=92-100 BeY. Authors used in-beam 7 spectroscopy to study mixed

positive-parity band. Reasured 7-7 coincidences and 7-angular distributions.

See 75Be34 for angular distribution coefficients.

E (leve!) # Jw

0.0 226t 13/2+ 4 3 4 . 5 t 17/2+ 784.45 21/2+

12/48.9t 25/2+ 1804.95 29/2+ 2430.95 33/2+ 31 06.65 37/2+ 38 15.25 q l / 2 + 4554.05 45/2+

E7 Level I7

208,5 4 434.5 100 349.9 4 784.4 89 U,6 q, 5 4 1248.9 65 556.0 4 1804.9 51 626,0 4 2430.9 27 675.7 4 3106.6 16 708.6 4 3815.2 8 738.8 4 4554.0 5

t Calculated by the evaluators using a value of 226 key for the energy of the 13/2+ level

5 ~ixed positive-parity band. (71LeYU).

217

159 69Tm90 -I NUCLEAR DATA SHEETS

tSPTm Adopted Levels 75Ag03, 75St07, 71Ek01 ......................... = ~ - - ~ ......................

Source produced by (p,xn) reaction on Er targets with Ep=157 ~eV fc!!owed hy on-line mass separation (75Ag03). Source produced by 660-MeV proton-induced spa!lation reaction on Ta target, followed by chemical separation and mass separation (75St07). Sources produced by (p,xn) reaction on EE targets with Ep=30-110 MeV, and as daughter activity of Yb isotopes produced in (p,xn) reaction on *69Tm targets with ~p=q5-130 MeV (71Ek01).

Q(~-)=-~900 syst; S(n)=9830 syst; S(p)=24~0 syst; Q(~)=3440 syst

E(level) J~ T~/z Comments

0.0

77~a08

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

5/2+ 9.0 m 4 Jw: atomic beam (71Ek01). Likely the 5/2(~02) Nilsson state. T,/z: from 75St07. Others: 11 m 3 {68GrZX), 12 m I (70DeZF).

7(*SPEr) from tSPTm E decay 75Ag03, 75St07 ......................................................

75~g03 obtained *SgTm sources from the (p,xn) reaction fcllowed by on-line isotope separation. 75St07 obtained *SPTm sources from the (p,xpyn) reaction on Ta, followed by chemical and isotope separation. The decay scheme is due primarily to 75Ag03. 75St07 have published a decay scheme containing levels up to 566 key which is in substantial agreement with that of 75A903 for levels up to 429 keY.

IT-normalization: the IT-normalization is based on the partial decay scheme, in which ~81 percent of the total observed 7-ray intensity has been placed, so 17-normalization should be regarded as uncertain.

See 75Ag03 and 75St07 for conversion-electron data.

ETt Level ITt#* Mult. =§ Comments

38.35 7 182.53 126 30 E1 0.818

59.14 5 59.18 95 15 ~1+E2 14.31

x7q.88% 12 unplaced 2.5 10 75.99 10 220.20 6.0 12 (H1) 6.44 19 76.80 50 348.10 4 2 ~I 6.24 19 84.84 70 144.11 125 12 RI+E2 4.79

86.86 12 306.99 7 2 ~1 4.37 13 88.71 10 271.28 17 q E2 4.71

x91.57@ 50 unplaced 0.6 4 x93.97~ 50 unplaced 1.0 5 105.84 30 554.97 2 1

x112.43 10 unplaced 2.0 5 113.90 5 258.05 20 3 ~1 2 . 0 0 5

~(L)= 0.632 ;~(8)= 0.1404 L1/L2/L3=46/26/34 (75St07) ~ ( K ) = 1 0 . 4 6 ; = ( L ) = 2 . 9 8 ;

a ( ~ ) = 0 . 6 8 9 ;N+= 0 . 1 9 2 6 L 1 / L 2 = 6 9 / 1 2 6: <0.3; 75St07 indicate an

E2 admixture of <10~, and the value listed for ~ is the theoretical value for 81+ I0~ E2. The listed value for A~ includes the uncertainty in 6.

=(K)= 3.64 ;~(L)= 0.891 ; • (M)= 0.2052 ;N+= 0.0580

LI/L2>51/9 6: <0.37; 75St07 indicate an

E2 admixture of <12~, and the value listed for ~ ls the theoretical value for ~I+ 12~ E2.

a(K)= 1.424 ;=(L)= 2.51 ; ~(M)= 0.610 ;N+= 0.1679

• (K)= 1.681 ;=(L)= 0.252 ; ~(M)= 0.0557 ;N+=0.01625


218

NUCLEAR DATA SHEETS 159Tin 2 69 90-

7(*S~Er) from *SPTm E decay 75Ag03, 75St07 continued

E7# Level I7~#* Mult. a§ Comments

119.688 10 302.28 < 38 M1 1.738

119.68~ 10 467 .79 > 16 M1 1.74 6 124. q0 10 306 .99 2 .5 5 127 .20 70 271.28 22 7 E1 0 .173 5 127 .74 5 348 .10 87 17 E1 0 .171 6 136 .68 5 565 .4 12 2 E2 0 .946 28 142.00 5 449.01 2 . 0 4 M1 1.07 3 144.05 5 144.11 43 4 E2 0.785

160.93 5 220.20 67 7

162.86 7 306~99 29.0 45 170.70 15 428.75 5 1

x139.60 20 unplaced 2.0 4 x183o00 60 unplaced 1.4 7 191.10 15 ~49.01 4.5 9 196.50 5 467.79 47 7 198o90 5 258.05 25.0 35 206°80 30 554.97 6 2 212.00 10 271.28 27 4

x213.90 15 unplaced 4.0 15 220.18 5 220.20 100 5

228.90 30 449.01 3 1 243.10 10 302.28 20 3 246.70 36 963.5 3.5 15 247.708 20 306.99 21 4

467.79 21 4 252.70 5 554.97 40 6 262.90 20 565.4 1.0 2 267.50 20 615.82 4 1 271.30 10 271.28 110 15

28~.70 10 428.75 8.0 15 289.00 7 348.10 98 10 296.70 20 554.97 4 1 307.50 20 565.4 8.5 20 313.50 15 615.82 12.0 25 33~.80 15 554.97 6.0 15 34~.50 25 615.82 2 1 3~8.32 7 348.10 75 10 358.80 20 616.9 9 2 361.80 20 790.4 3.00 6

x367.55@ 10 unplaced 8.0 15 x373.40@ 20 unplaced 12.0 30 x374.90~ 15 unplaced 38.0 70 395.70 10 615.82 6 1

x401.20@ 30 unplaced 1.4 3 408.50 10 963.5 45 5

x415.80 15 unplaced 10.0 20 422.40 15 890.3 10 2

x429.10 20 unplaced 1.30 30 434.25E 15 616.9 5 2

1050.1 5 2 x439.30@ 40 unplaced 1.5 6 445.50 15 716.9 9 t

x450.3C 10 unplaced 20.0 20 x453.80 10 unplaced 11 .0 15 x461.70 10 unplaced 22.0 30 x468.10 15 unplaced 6.0 10 472.90 15 616.9 7 1

x482.40@ 20 unplaced 8.0 20 xq84.qoa 20 unplaced 7.0 20

~1 0.753

~1 0 .728 22 M1 0 .638 19

sl (+E2) E2

E1

M1

0 . 2 5 9 8

0.0449 13

0 .315

( E l l 0 .0316 7

El

0.228 7 0.228 7 0.0286 6

E1 0.02390

E2 E1 0.0204 6

Continued on next page (footnotes at end of table}

E1 0.0129 4

(E2) 0.0310 9

(El) 0.0088 3

(M1) 0.0552 17

=(K)= 1.457 ;~(i)= 0.2183 ; =(M)= 0.0483 ;N+=0.01410

I7: upper limit on 17 calculated from the assumption of zero ~+~+ branching to J=9/2, 182-keV level.

= ( K ) = 0 .419 ; c , (L )= 0 .280 : ¢ ( N ) = 0 .0670 ;t.!r+=0.01865

L 2 / L 3 = l = ( K ) = 0.632 ; = ( L ) = 0.0942 ;

= (M) =0. 02087 ; lq+=O. 00603

(,(K) = 0 .265 ;a{ (L)= 0 .0393 ; (x (M) =0. 00869 ;N+=0 .00248

,,,(K) =0 .02015 ;(z (L) =0. 00292 ; ,,, (~) =0. 00064 ; t:f+=0. 00018

219

159 Tm -3 NUCLEAR DATA SHEETS

69 90

7(zSgEr) from tSgTm • decay 75Ag03, 758t07 continued

ET# Level I7~#* ~ult. ~§ Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

496.7C 15 x500.90 10 x518.30 25 x525.60a 30 532.20 20 534.60 20

x541.65 15 x549.30 20 x558.30 15 x559.30@ 50 x567.00 15 572,50 25 583.50 3C

x601.20 20 x605.30 15 617.10 40 619.30 30

x634.20 15 x642.90~ 20 x690.50% 20 x693.60@ 20 x703.80@ 30 x713,20@ 15 x729.60~ 20 x733.30~ 20 x737.20@ 20 x740.00~ 20 x755.7C~ 30 x757o90~ 20 762.1 15 770.60 20 778.70 20

x783.7C@ 20 x787.10@ 40 792.30 30

x822.40@ 25 x829.30 25 x8~3.20~ 30 x857.60 30 888.30 30

x902.30% 30 906.10 40

x921.80 20 933.10 25

x956.20~ 25 990,80 20

1059.80 20 1131.90 40 135.60 2~

x' 1 4 6 . 1 0 @ 30 x. 168.30~ 50

174.50 40 x 190.80@ 50 x 208.20~ 40 x' 2 1 1 . 0 0 @ 40 x, 2 ~ 7 . 9 0 @ 30 x' 2 6 1 . 5 0 @ 30 x" 2 7 0 . 1 0 30

716.9 2.0 5 unplaced 16.0 20 unplaced 17.0 40 unplaced 5.0 5 790.4 7.0 15 716.9 9 2

unplaced 23.0 40 unplaced 6.0 15 unplaced 13.0 30 unplaced 3.0 15 unplaced 7.0 15 716.9 2.5 7 890.3 4.0 15

unplaced 2.5 5 unplaced 6.0 12 616.9 3.3 12 890.3 6 2

unplaced 6.5 15 unplaced 1.5 3 unplaced 6.0 15 unplaced 3.0 6 unplaced 2.0 5 unplaced 2.5 5 unplaced 5.0 10 unplaced 4.0 10 unplaced 3.0 8 unplaced 3.0 8 unplaced ~.0 8 unplaced 2.0 6 1190.9 9.0 15 990.8 5 1

1050.1 4.0 8 unplaced 4.0 8 unplaced 1.5 8 1050.1 4.0 12 unplaced 2.5 7 unplaced 6.0 15 unplaced 4.0 10 unplaced 7.0 20 1190.9 3.0 8 unplaced 7.0 20 1050.1 4.0 12 unplaced 7.0 15 1190.9 3.0 8 unplaced 11.0 25 990.8 5 1

1318.0 3 1 1190.9 2.0 6 1318.0 12.0 25 unplaced 3.0 10 unplaced 1.5 7 1318.0 3 1 unplaced 3.0 15 unplaced 6.0 15 unplaced 6.0 15 unplaced 9.0 20 unplaced 9.0 20 unplaced 15.0 20

(MI) 0.0208 6

x 7-ray not placed in level scheme, t From 75Ag03. ¢ From 75Ag03. § Values listed are theoretical values for the

multipclarities given by 75St07. # For absolute intensity per 100 decays multiply by 0.051 8

Assignment to the decay of tSPTm is uncertain. 7-ray transition placed twice in decay scheme.

* Doublet 17 divided equally between two placements unless otherwise indicated.

*SPTm levels from *SPYb ~ decay 77Gr12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sources obtained by spallation reaction from tantalum target irradiated with 660-~eV protons, followed by mass separation. tsgyb identified through observation of Tm K X-rays.

E (level)

O. 0

220

NUCLEAR DATA SHEETS 159yb 70 89

*sgYb Adopted Levels 77Gr12, 75Tr08 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Source produced by spallation of Ta target by 660-~eV protons followed by mass separation (77Gr12). h~gh-spin states excited in (*sO, xn) reaction on '44Sm with E(*SO)=77 MeV (75Tr08).

Q(~-)=~5800 sys%; s(n}=7830 syst; S(p)=4140 syst; Q(~}=4340 syst

E (!eve!) Jr TI/2 Comments

77Wa08

0.0 1.75 m 20 X+0.0t 13/2+

X+299°5# 17/2+ 3~ ps 3 X+746.9t 21/2+ ~ 4 ps

X+ 1296.2t 25/2+ X+ 1929.4t 29/2+ X+2626.6t 33/2+

T,/z: from 77Gr12.

TI/~: from 75Tr08. T,/z: from 75Tr08.

t Decoupled i13/2 band

7(*SgTm) from *SgZb ~ decay 77Sr12

Sources obtained by spallation reaction from tantalum target irradiated with 660-~eV protons, followed by mass separation. ISgYb identified through observation of Tm K X-rays.

E 7 Level !Tt

x166.1 2 unplaced 100 x177.0 3 unplaced 55 15

x v-ray not placed in level scheme. t AQthors also observed Tm K X-rays with I=120 33.

*sgYb levels and gammas from *44Sm(*80,3n) 75Tr08

Authors observed pre-yrast 7 decay of high-spin states in the decoupled i13/2 band excited by 75-MeV laO ions.

E(level) Jr

0.0 X+0.0t 13/2+

X+299.5t 17/2+ X+746.gt 21/2+

X+ 1296.2t 25/2+ X+ 1929.4t 29/2+ X+2626.6t 33/2+

E7 Level 17

299.5 X+299.5 1.0 447.4 X+746.9 0.8 549.3 X+1296.2 0.7 633.2 X+1929.4 0.6 697.2 X+2626.6 0.2

% Decoupled i13/2 band

221

159 Hf NUCLEAR DATA SHEETS

72 87

*SgHf adopted levels (from le3W ~ decay)

Source produced by reaction of Z4Mg on targets of ,44Sm and ,47Sm, with beam energies between 120 ~eV and 170 MeV. assignment to '63W by observation of ~-decay activity of *SgHf daughter.

E(leve!) ¢*/2 Comments

0.0 5.6 s 5 T,/z: from 73To02

~-radiations from *sgHf ~ decay 73To02 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Source produced in reaction of zONe ions on 144Sm at bombarding energies of 120 MeV and I~3 ~eV.

Assignment to *ssHf by observation of ~-decay activity of *ssyh daughter.

Ea Comments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

5090 10 From a comparison of the parent and daughter a activities in their study of the *6~W decay, 73Ea01 have deduced that the ~-decay branch of *59Hf is ~0%.

2 2 2

NUCLEAR DATA SSEETS

REFERENCES FOR A=159

48Kr 03

4 SBu01

5 IBu2~

55Ma60

57~i67

58Ch 36

58Ha36

58Ma 53

5 8Ni29

58To32

59Ke28

5 ~e78

60Gr15

60Gr20

600102

60Nil0

61Be37

61Bi09

6 IHj02

61Ca07

6 IGo32

6 IKu01

6 IKulO

6 IVa36

62Gr 36

62Su04

62Ta12

6 3D i09

63Bo15

63Ra15

N.L. Krisberg, ~.L. Poo!, C.T. Hibdon -Phys. Rev. 74, 12q9A (19~8) Radioactive Eu, Gd, and Tb F.D.S.Butement - Phys.Rev. 1276 (19~9) Radioactive Gadolinium and Terbium Isotopes F.D.S.Butement - Rroc.Phys. Soc. (London) 64A, ~28 (1951) Radioactive *SgDy N.Marty - Compt.rend. 241, 385 (1955) Sur la Desintegration de *sgGd J.~.Mihelich, B.Harmatz, T.H.Handley -Phys. Rev. 108, 989 (1957) Nuclear Spectroscopy of Neutron-Deficient Rare Earths (Tb Through Hf) E.L.Chupp, J.W.M. BuHond, F.J.Gordon, R.Codopson, H. Mark- Phys. Rev. 112, 518 (1958) Precision Determination of ~uclear Energy Levels in Heavy Elements ~.Martin, P. Marmier, J. de Boer - Helv. Phys. Acta 31, 435 (1958) Coulomb-Anregung einiger deformierter u-g-Kerne S.S.Malik, N.Nath, C.E.Mandeville - Phys.Rev. 112, 262 (1958} Decay of Gadolinium-159 K.O. Nielsen, O.B. Nielsen, O. Skilbreid - Nuclear Phys° 7, 561 (1958) Levels and Branching Ratios in TbZS9 K.S.Toth - J.Inorg. Nuclear Chem. 7, I (1958) A New Holmium Activity, *SgRo B.H.Ke±elle, A°R. Brosi -Phys. Rev. 116, 98 (1959) Radioactive Decay of Dy *s9 F.R.Metzger, W.B.Todd - Nuclear Phys. 13, 177 (1959) Lifetime of the 362-keV El Transition in Tb Is9 E.P°Grigorev, O.V°Larionov, N.K.Mikitin, S.L.Sakharov, V.O°Sergeev - Izvest. Akad°Nauk SSSR,

Ser.Fiz. 24, 841 (1960) ; Columbia Tech, Transl. 24, 846 (1961) Determination of Half Life Periods for Dy *sg, Ho .6°, Tm .66, and Lu* T3 R.C.Greenwood, E. Brannen - Phys.Rev. 120, I%11 (1960) Decay Scheme of Dy *s9 M°c°Olesen, B.Elbek - Nuclear Phys. 15, 13~ (1960) Inelastic Scattering from Odd-Mass Rare Earths R.G.WilIe, R.W. Fink - Phys.Rev. 118, 242 (1960) Activation Cross Sections for 14.8 MeV Neutrons and Some New Radioactive Nuclides in the Rare

Earth Region E.E.Berlovich, M°P.Bonitz, V.V.Nikitin - Izvest. Akad. Nauk SSSR, Ser.Fiz. 25, 218 (1961);

Columbia Tech.Transl. 25, 210 (1962) ~easurements of the Lifetimes of the First Excited States of Tb *s9 and Yb *73 by ~eans of a

Multichanne! Time Analyzer E.I.Biryukov, O.I.Grigorev, B.S°Kuzuetsov, N.S.Shisanskaya - Izvsst. Akad. Nauk SSSR, Ser. Fiz. 25,

109 (1961) ; Columbia Tech. Transl. 25, 106 (1962) Decay of Dy *s9 S. Bjcrnholm, H°L.~ie!sen, O.B.Mielsen, G. Sidenius, O. Skilbreid, A. Svanheden - J.!norg°Nuclear

Chem. 21, 193 (1961) Some Neutron-Deficient Isotopes of Thulium and Erbium. A Survey of Half-Lives and Gamma-Ray

Spectra with the Use of ~ass-Separated Samples A.Y°Cabezas, I.Lindgren, R.Marrus -Phys. Rev. 122, 1796 (1961) Atomic-Beam Investigations of Electronic and Nuclear Ground States in the Rare Earth Region S. Gorodetzky, R.Hanguenouille, R. Richert, A. Knipper - J. phys. radium 22, 699 (1961) Periodes des Niveaux Excites a 362 keV du *SgTb eta 570 key du ~OTPb J. Kuperus - Physica 27, 273 (1961) Low Energy Proton Capture Resonances in the Chlorine Isotopes T. Kuroyanagi, H°Yuta, K.Takahashi, H.Horinaga - J.Phys.Soc.Japan 16, 2393 (1961) New Activities in Rare Earth Region Produced by the (7,P) Reactions G.A.Vartapetyan, Z.A.Petrosyan, A.G. Khudaverdyan - Zhur. Eksptl. i Teoret. Fiz° 41, |704 (1961);

Soviet Phys.JETP 14, 1213 (1962) Forbidden El Transitions in Tb*S9 and Yb *T3 J.S.Greenberg, D.A. Bromley, E.Bishop, G.Seaman - Proc. Intern. Symp. On Direct Interactions and

Nucl.Reaction Measurements, Padua, Italy, E°Clementel, C.Villi, Ed., Gordon and Breach (Mew York), p°941 (1962}

Multiple Coulomb Excitation Studies B.~.Subba Rao - Nuclear Phys. 36, 342 (1962) Nuclear Studies with Gd *s9 K.Takahashi - J°Phys. Soc°Japan 17, 1229 (1962) Spin-Orbit Splitting in Deformed Nuclei R.M.Diamond, B.Elbek, F.S. Stephens - Nucl. Phys. ~3, 560 (1963) Coulomb Excitation of Tb,Sg, Ho,6S and Tm 16g with 0*6 Ions D.C, Hcffman - J.Inorg.Nucl.Chem. 25, 1196(1963| Half-Lives of Some Rare Earth Nuclides G.V.S.Rayudu, L.Yaffe - Can.J.Chem. ~I, 254~ (1963) Reactions Produced on Erbium by Protons of Energies between 6 and 87 ~eV

223

NUCLEAR DATA SHEETS


63Ry02

6~Ew0~

6~Mal0

64No08

6~Pe07

65A116

65Ho22

65Fu1~

65Iw01

65Mu16

66As02

66At05

66Bo92

66Bo16

66Cz02

66Da06

66Da19

66Lali

66Ha 06

66Wo01

67Co26

67Ja 03

67Ko17

67Ma33

67Se09

67Tj01

68Ab15

68Ab16

68Bo10

68Bo18

68Gr ZX

68Hi03

H.Ryde, L.Persson, K. Oelsner-Ryde - Arkiv Fysik 23, 195 (1963) Levels in Tb Is9 Populated in the Decay of DylS9 G.T.Ewan, A.J.Tavendale - Can.J.Phys. 42, 2286(196~) High-Resolution Studies of Gamma-Ray Spectra Using Lithium-Drift Germanium Gamma-Ray

Spectrometers M.May, L.Yaffe - J.Inorg. Nucl. Chem. 26, 479(1964) Spallation Products Produced by Bombardment of Dysprosium with Protons Of Energies 9-87 MeV T.Novakow, J.M.Rollmnder - Nucl.Phys. 60, 593(1964) Anomalous L Subshe!l Ratios in Hixed MI-E2 Transitions L. Persson - Arkiv Fysik 25, 307(1964) Levels in Tb*S9 Populated in the Decay of Gd* sg D. Ali- Nucl.Phys. 71, ~41 (1965) Spins of Gd *e3, Dy*S9 and Pm *4s J.Borggreen, H.J.Frahm, N.J.S. Hansen, S.Bjornholm - Nucl.Phys. 72, 509 (1965) Observation of the (505|11/2- Nilsson State as an Isomer in ,sgDy L.Funke, H.Graber, K.-H.Kaun, H.Sodan, L.Werner - Nucl.Phys. 70, 353 (1965) Zweidimensionale 77-Koinzidenzmessungen Zum Zerfal! des Gd *s. T.lwashita - J.Phys.Soc.Japan 20, 2105 (1965) Decay of Eu *s9 V.H.Munzel, E.Gantner - Radiochim. Acta 4, 119 (1965} Uber den Zerfall yon *SeEu und *SgEu D. Ashery, A.E.Blaugrun, R. Kalish -Nucl. Phys. 76, 336(1966} E2/~I mixing Ratios and K Conversion Coefficients in Odd-~ass Rotational Nuclei U. Atzmony, E.E. Bauminger, S.Ofer - ~ucl. Phys. 89, ~33(1966} ~ossbauer Effect Studies of the 58 key Level of I S,Tb J.Borggreen, H.J°Frahm, N.J.S.Hansen, S.Bjornholm - Nuc!.Phys. 77, 619(1966) Lifetimes of E3 Transitions in the Odd-Mass Ho Isotopes F.Boehm, G.Goldring, G.B. Hagemann, G.D.Symons, A. Tveter -Phys. Letters 22, 627(1956) A Determination of the Gyromagnetic Ratios of Some Odd-A Deformed Nuclei from Branching Ratio

Measurements T.Czibok, I.Dezsi, L. Keszthelyi -Acta Phys. Acad. Sci. Hung. 20, 379(1966| Mossbauer Effect in TbLS9 W.R.Daniels, D.C.Hoffman - Phys.Rev. 147, 845(1966) Decay of *STEu, *SeEu, and *SgEu W.R.Daniels, D.CoHoffman - J.Inorg.Mucl.Chem. 28, 242~ (1966) Half-Lives of Some Europium and Gadolinium ~uclides P.Lagarde, J.Treherue, A.Gizon, J.Valentin - J.Phys.(Paris) 27, 116(1966) Desintegration de Quelques Isotopes d,Erbium et d'Holmium Deficients en Neutrons R.S.Raghavan -Phys. Rev. 143, 947(1966) Nuclear-Resonance Fluorescence in Tb*S9 J.C.Woolum, ~.J. Bearden - Phys.Rev. 142, 143(1966) Mossbauer Effect in Tb *sg T.W.Con!on, R.K.Naumann, A.L. McCarthy- Nucl. Phys. AI0~, 213(1967) Hindered El transitions in *SgDy, *6STm, *72Lu, *73Lu and ,sow M. Jaskola, E.Nybo, P.O.Tjom, B. Elbek -Nucl. Phys° A96, 52(1967) Angular Distributions for the *6.Gd(d,t)*SgGd Reaction A.Kokes, J.Zvolsky - Izv. Akad. Nauk SSSR, Ser.Fiz. 31, 133(1967|; Bull.Acad.Sci. USSR, Phys. Ser.

31, 125(1968) On the Probabilities of Transitions Between the 5/2- (532) and 3/2+ (411) States of *SgTb,

ZSTTb, *SSTb and *SSEu S.G.Malmskog, A.MaTelius, S. Wahlboru - ~ucl. Phys. AI03, ~81(1967) The diE=l, El transitions in Odd-Mass Isotopes of Tb and Eu G.G. Seaman, E.M.Bernstein, J.M.Palms - Phys.Rev. 161, 1223(1967) MI transition Probabilities in Odd-Mass Deformed Nuclei P.O.Tjom, B. Elbek - Kgl.Danske Videuskab. Selskab., ~at.-Fys. Medd. 36, No.8(1967) A Study of Energy Levels in Odd-Mass Gadolinium Nuclei by ~eans of (d,p) and (d,t) Reactions A.A.Abdurazakov, Z.T. Zhelev, V.G. Kalinnikov, J.Liptak, F.~olnar, U.K.~azarov, J. Urbanets -

Izv. Akad.Nauk SSSR, Ser. Fiz. 32, 764 (1968):Bull. Acad. Sci. USSR, Phys. Ser. 32, 703 (1969) Decay of *Sg~o A.A°Abdurazakov, Z.T. Zhelev, V.G. Kalinnikov, U.K. Nazarov, J.Urbanets - Izv. Akad°~auk SSSH,

Ser.Fiz. 32, 781 (1968):Bull. Acad. Sci. USSR, Phys. Ser. 32, 718 (1969) ~ew Data on the Decay Scheme of *SgEr M.Bonitz, N.J.S.Hansen - Nucl°Phys. A111, 551(1968) Decay of a New 26 ns isomeric State in *sgGd J.Borggreen, J.P.Gjaldbaek -Nucl. Phys. A113, 659(1968) ~ote on the Decay of the 115-~s Isomer in *SgDy K.Y.Gromov, Z. Zhelev, V.G.Kalinnikov, E.T.Kondrat, N.A.Lebedev, Z.Malek, N.gsnoff, G.Pfrepper,

B.Styczen, D.Hristov, H.Strusny - Contrib.lntern. Symp. Nucl. Struct., Dubna, p.3~ {1968) ~ew Short Lived Activities *~¥b, *~Sm-Tm, ~m-Tm, ~*m-Tm and ZSgTm J.CoHilI, ~.L. Niedenbeck - Nucl.Phys. A111, ~57 (1968) The Decay of *S~Gd

22~

NUCLEAR DATA SHEETS


68HSe1

68~y01

69Be54

69Br05

6 9Ek01

69FuCo

69Gr32

6 gKe10

6 9Ro36

70Ar22

70DeZF

70Gr46

70Mc21

70Sh09

7 IBo18

7 IBo38

71Bu16

7 IEkOl

7 1Ge01

7 IGr~2

7 ILeYU

71Le06

72Bo47

72Da 35

72NiZQ

72Se24

72Ti05

73Ea01

73Fe09

73G e 06

R.S.Hager, E.C. Se!tzer - ~ucl. Data A4, I (1968| Internal Conversion Tables. Part I: K-, L-, N-Shell Conversion Coefficients for Z = 30 to 3 =

I03 B. Myslek, Z.SujkowsKi, B.Kotlinska - Proc.Conf. Electron Capture and Higher Order Processes in

Nuc!.Decays, Debrecen, Hungary, D.Berenyi, Ed., Eotvos Lorand Phys. Soc., Budapest, p.102(1968| The Levels in *S"Tb Populated from the ~- Decay sf ZSpGd and Electron Capture Decay of tspDy R.B.Begzhanov, K.M.Sadykov - Yadern. Fiz. 10, 445 (1969): Soviet J.Nucl. Phys. 10, 254 (1970) Some Properties of Excited Levels of Tb *sp, Tb z6*, and Dyt 61 R.A.Brown, K.I,Roulston, G.T. Ewan, G.I. Andersson - Can.J.Phys. 47, 1017 (1969) Ge(Li}-Ge(Li) Gamma-Ray Coincidence Studies of the Decay of 18.6 h *SPGd C.Ekstrom, T.Noreland, R.Olsmats, B.Waunberg - N~cl.Phys. A135, 289 (1969) Nuclear Spins of Neutron-Deficient Holmium and Erbium Isotopes G.H.Fuller, V.W.Cohen - Nucl.Data Tables A5, 433(1969) Nuclear Spins and Roments Z°G.Gritchenko, T.P.Makarova, Y.T.Oganesyan, Y.EoPenionzhkevich, A.V. Stepanov - Yadern. Fiz. 10,

929 (1969): Soviet J. Nuc!.Phys. 10, 536 (1970) T Radiation of Certain Rare-Earth Products of Fission of U by Heavy Ions P.Kemnitz, L.Funke, K.-H. Kaun, H. Sodan, G. Winter- Nucl. Phys. A137, 679(1969) Decay of *sPEu Y.M.Romanenko, S.P.Sitko, V.I.Strizhak, V.A. Shevchenko - Ukr.Fiz. Zh. 14, 678 (1969) Studies of Energy Distribution of T Rays in Reactions of tSPTb(n,n'7) R. Armbruster, Y.Dar, J.Gerber, A. Racher, J.P.vivien - Nuc!.Phys. A153, ~60 (1970) Probabilites de Transition entre !es Deux Premiers Etats Excites de tSPTb F.W.N.de Boer, M.H.Cardoso, P.F.A.Goudsmit, P. Ko!dewijn, J.Konijn, B.J. Meijer -

Proc.Int.Conf.Prop, Nuclei Far from Region of Beta-Stability, Leysin, Switzerland, Vol.2, p.939 (1970); CERN-70-30 (1970)

The Decay of Some Nuclei Far from the Stability Line Studied with Standard Spectroscopic Techniques

T.Grotdal, K.Nybo, B.Elbek - Kgl. Dan. Vidensk. Selsk., ~at.-Fys. Medd. 37, No. 12 (1970) Study of Energy Levels in Odd-Mass Dysprosium Nuclei by Means of (d,p) and (d,t) Reactions

J.C.~cGeorge, H.U. Freund, E.W.Fink - Nucl.Phys. A154, 526 (1970) Decay of tSgDy: L-Subshell X-Ray Fluorescence and Coster-Kronig Yields at Z = 65; Branching

Ratio, and K-Conversion of the 58 keV Transition in *SPTb E.P.Sharma, H.L.Nielsen, P.G. Hansen - Nucl. Phys. A152, 225 (1970) Hindrance Factors for Unique First-Forbidden Beta Transitions in Deformed ~uclei J.Boutet, J.P.Torres, P.Paris - Nucl. Phys. A167, 326 (1971) Niveaux de tSPDy Obtenus par Desintegration de tSP~o J.Boutet, JoP.Torres - Nucl.Phys. A175, 167 (1971) Niveaux de Rotation de Spin Eleve dans *sPDy S.E.Bunker, C.W.Eeich -Rev. Mod. Phys. 43, 348 (1971); Erratum Rev. Nod. Phys. 4q, 126 (1972) A Survey of Nonrotational States of Deformed Odd-A Nuclei (150<A<190) C.Ekstrom, M.olsmats, B.Wannberg - Nuc!.Phys. A170, 6~9 (1971) ~uc!ear Spins of Neutron-Deficient Thulium Ysotopes J.S.Geiger, R.L.Graham, S.W.Johns - Nucl. Phys. A161, 263 (1971) The Decays of *s,m-Ho and z6*m-Ho L.V.Groshev, A.R. Demidov, L.L. Sokolovskii -Izv. Akad. Nauk SSSR, Ser.Fiz. 35, 164~ (1971);

Bull. Acad. Sci. USSR, Phys. Ser. 35, 1497 (1972) Radiatious from Even-Odd Samarium and Gadolinium Nuclei Following Thermal-Neutron Capture J.R.Leigh, R.M.Diamond, K.Ho~aier, R.Nordhagen, F.S.Stephens - UCRL-20426, p.18 (1971) Levels in tsT,*SpEr W. Leiper, O.P. Jolly - Can.J.Phys. ~9, 582 (1971) ~easurement of the L/K Electron Capture Ratio in the Decay of tSgDy J.S=Boyno, J.R. Huizenga - Fhys.ReVo C6, 1411 (1972) Levels of Iss,,sr,zsp,16,Tb Excited in Helium-Induced Single-Proton-Transfer Reactions L.M.Dautov, Y.A.Lysikov, U.M. Makhanov, Y.K.Shubnyi -Izv. Akad. Nauk SSSE, Ser. Fiz. 36, 254~

(1972): Bull. Acad. Sci. USSR, Phys.Ser. 36, 2210 (1973) Resonance Scattering of T-Quanta by tTrHf and *S,Tb Nuclei D.W. Nix - Thesis, Georgia Inst.Techno!. (1972): 0R0-3346-83 (1972) ~ean L-Fluorescence Yields and Relative L X-Ray Intensities in the Region Z = 55 to 65 V.A.Sergienko, L°A.Safonov -Izv. Akad.Nauk SSSR, Ser. Fiz. 36, 2175 (1972): Bu!l. Acad. Sci. USSR,

Phys. Sero 36, 1910 (1973) Intensity of K X-Rays Accompanying *SPDy Decay J.C.Tippett, D.G.Burke - Can.J.Phys. 50, 3152 (1972) Proton States in *SSTb, *STTb, *SpTb, and 16ZTb D.A.Eastham, I.S.Grant - Nucl. Phys. A208, 119 (1973| Alpha Decay of Neutron-Deficient Isotopes of Tungsten J.Felsteiner, H.Lindeman - Phys,Rev. C8, 1929 (1973) Gamma-Ray Transitions in *SPTb Following the (n,n') Reaction ~.Genz, RoE. Wood, Jo~,Palms, P.Venugopala Rao - Z.Phys. 260, q7 (1973) K-Electron Capture Probabilities in the Decays of Gdtst and DyZS~

225

NUCLEAR D~TA SHEETS


7 3Gr2%

73K113

73To02

73Tu05

7f4An11

7~DaZH

7~Gr01

7~Na08

7~Wi22

75Ag03

75BaXG

75Be3~

75Hui0

75Fo11

75GaYZ

75Gr37

75Gr~

75Ja18

75Ja19

75St07

75Tr 08

75VaYW

75VaYX

76AdZS

76Pe02

77Bo26

E.Grosse, F. SoStephens, R.M. Diamond- Phys.Rev.i~tt. 31, 840 (1973) Test of Backbending Models Using Odd-A Nuclei W.Klamra, S.A.Hjorth, K.-G.Rensfelt -Phys. Scr. 7, 117 (1973) Properties of Rotational Excitations in *SgDy K.S.Toth, RoL.Hahn, C.R.Bingham, M.A.Ijaz, R.F.Walker,Jr. -Phys. Rev. C7, 2010 (1973) Study of Hafnium ~ Emitters: New Isotopes *sgHf, t6oHf, and *6*Hf J.K.Tuli - Nucl.Data Sheets 9, 435 (1973) Nuclear Data Sheets for A = 159 W. AndreJtscheff, P.Manfrass, K.D. Schi!ling, W. Seidel - Nuc!.Phys. A225, 300 (197%) Electromagnetic Transitions in Some Odd-Neutron Deformed Nuclei W.F.Davidson, R.~.Lieder, H.Beuscher, A.Neskakis, C.Mayer-Boricke - Proc.Int. Conf. Heactions

between Complex Nuclei, Nashville, Tenn., R.L.Robinson, F.K.~cSowan, J.B.Ball, J.H.Hamilton, Eds., ~orth-Holland Publ.Co., Amsterdam, Vol. 1, p.190 (197~)

Decoupled Bands in *ss,*s*,*SgDy E.Grosse, F.S. Stephens, R.M. Diamond- Phys.Rev. Lett. 32, 7~ (197~} Hackbending in Odd-A Ho Isotopes K.Nakai, D.Proetel, R.M.Diamond, F.S.Stephens -Phys. Rev. Lett. 32, 1380 (197~) Lifetimes and g Factors in Decoupled Hands G.Winter, L. Funke, P.Kemnitz, H. Sodan, E. Will- J.Phys.(London) A7, L125 (197~} The Mixing of Nilsson Configurations in tSgTb P.Aguer, G.Bastin, Chin Fan Liang, J.Libert, P.Paris, A. Peghairs - C.R.Acad. Sci., Ser. B 281, 509

(1975} Etnde du Schema de Desintegration du Thulium-159 N.B.Badalov, S.O.Omanov - Program and Theses, Proc.25th

Ann.Conf.Nucl. Spectrosc. Struct. At. Nuclei, Leningrad, p.120 (1975) Investigation of the Decay of *Sggd H. Beuscher, N.F.Davidso~, E.M.Lieder, A. Neskakis, C.~ayer-Boricke - ~ucl. Phys. A2~9, 379 (1975) Study of Coriolis-Decoupled Bands in *ss,*sT,*SgDy and tss,ls*,*SgEr Using (~,xny} Reactions M.Hudzynsky, V.S. Buttsev, K.Y. Gromov, R. Ion-~ikhay, V.G. Kalinnikov, ~.Z.~arupov, V.A.~orozov,

T.~.Muminov, !.Kho!baev, ~.¥akhim - Yad.Eiz. 21, 913 (1975)~ Ssv.J.Nucl. Phys. 21, 469 (1976) ~easurement of Submicrosecond Lifetimes of Levels by a Single-Crystal Scintillation Time

Spectrometer !.Forsblom, S.A.Hjorth, A.Spalek - Nucl.Phys. A252, 315 (1975) Anomalous Rotational Energies and Transition Probabilities at High spin in the ground-State Band

in iSgHo S.Gasior, I.I.Gromova, V.G. Kalinnikov, V.V, Kuznetsov, G.I.Lizurei, G. Makarie, Vo~.Gorozhankin -

Proc.Symp. Nucl. Spectrosc. Nucl.Theory, 14th, Dubna, JINR-D6-88¢6, p.121 (1975) Positrons from Decay of *SgHo (T,/2 = 33 min) T. Grotdal, K.Nybo, O. Straume, T.Thorsteinsen - Phys.Norv. 8, 23 (1975) High-Spin States in Odd-~ass Dysprosium Isotopes Studied by Means of the (r,~) Reaction K.Y.Gromov, H.-U. Siebert, V.G. Kalinnikov, G.~usiol, H. Strusny - Fiz.Elem. Chastitg At.Yadra 6,

971 (1975) ; Sow.d.Particles Nucl. 6, 393 (1976) Results of Investigations of Isotopes Far from the ~-Stability Band (Summary of Investigations

in the Yasnapp Program at the Laboratory of Nuclear Physics, Dubna). Part 2 M. Jaskola - Nukleonika 20, 909 (1975} A Study of the Single Particle Levels in Deformed Nuclei Excited in the (d,p) and (d,t)

Reactions M.Jaskola - Nuk!eonika 20, 823 (1975) A Study of the Single Particle Levels in Deformed ~uclei Excited in the (d,p) and (d,t)

Reactions. Part I - Theoretical Consideration, Experimental Procedure and Results H.Strusny, H.Tyrroff, E.Herrmann, G. Musiol, M.I.Bazna%, G.Beyer, K.Y.GEOmOV, M.Honusek,

T.A.Islamov, V.V.Kuznetsov, H.-U.Siebert - Nucl. Phys. A242, 30 (1975) The Decay of *SgTm (9.0 min) to ISgEr W.Trautmann, D. Proetel, O°Hausser, W. Hering, F.Riess - Phys.Rev. Lett. 35, 169~ (1975) Spectroscopy on the Gamma Decay of Highly Excited High-Spin States by Angular-Correlation and

Feeding-Time Measurements Y.Vavryshchuk, H.Ion-Mikhai, N.Z. Marupov, T.M. Muminov, U.S.Salikhbaev, R.R.Usmanov, M.M. Malikov

- Proc. Symp.Nucl. Spectrosc. Nucl.Theory, 1~th, Dubna, JINR-D6-S8~6, p°125 (1975) Half-Lives of Low-Lying Rotational Levels in *sg,*~*Er and *aSTm Y.~avryshchuk, R.Ion-Mikhai, V.G. Kalinnikov, B.A. Alikov, N.Z.~aripov, T.M. Muminov,

U.S.Solikhbaev, R°R.Usmanov - Proc. Symp.~ucl.Spectrosc.~ucl.Th~ory, 1,th, Dubna, JI~R-D6-88~6, p.123 (1975}

Probability of Electromagnetic Transitions in *sg,*~*Dy J. Adam, A.Kuklik, L. Maly, A.Spalek, D.Venos - Proc. Int.Conf. Nuclei Far From Stability, 3rd,

Cargese, France, R. Klapisch, Ed., CERN-76-13, p.~11 (1976) Study of ~SgHo, Sg~b and *9~TI in (SHe,3ny} Reactions J.C.Peng, J.V.Maher, G.H.Nedberg, C.M. Cheng -Phys. Rev. C13, I~51 (1976) Spectroscopic and Reaction Mechanism Information Derived from *~oGd(d,t) is~d and

~aDy(d,t)*~*Dy Reaction Measurements J.Boutet - Z.Phys. A283, 369 (1977) Levels in *SgHo as Populated from Decay of ~SgEr

226

NUCLEAR D~TA SHEETS

REFERENCES FOR ~=159

77Gr ZL

77Gr12

77HaYT 77Pa23

77SpO~

7 ~Wa 08

7 8BuZQ

78En01

7 8LeZ~

R.C. Greenwood, R.E.Chrien -Bull. Amer. Phys. Soc. 22, No.8, 1032, ED9 (1977) Distribution of Low-Spin States in Odd-Ga Isotopes Observed from 2- and 24-key Neutron Capture

Reactions K°Y.Gromov, M.Honusek, I. Penev, H.-U. Siebert, J. Zuber, A.Latuszynski, ~.W. Potempa, K. Zuber -

Acta Phys. Pol. BS, 317 (1977} Identification of *sgyb Isotope F.E.Naustein - Priv.comm. (September 1977} J.D.Panar, O.Straume, D.G.Burke - Can.J.Phys. 55, 1657 (1977) Single Proton States in Odd Holmium Isotopes A.Spalek, J. Adam, LoMaly, D.Venos, A. Kuklik, L.Funke, P. Kemnitz, !.Forsblom, S.A. Hjor%h,

V.G.Kalinnikov - Czech.J.Phys. B27, 29 (1977) Energy Levels in *SgHo from *SgTb(~,~ny}*SgHo and *SgTb(3He,3ny)*sgHo Reactions A.H. Wapstra, K. Bos - At.Data Nucl. Data Tables 19, 175 (1977); 20, I (1977) The 1977 Atomic Nass Evaluation (In Four Parts} D.G.Burke, G.Lovhoiden, E.H.Flynn, J.W. Sunier - Priv. comm. (October 1973| Single-Pro%on States in *STEu and *SgEu Studied with the (%,=) Reaction G.Endres, H.Weiss, H.Langhoff - Z. Phys. A285, 121 (1978) Nuclear Resonance Fluorescence from the 58 key Level in *SgTb

C.~.Lederer, V.S.Shirley - Table of Isotopes, 7th Ed., John Wiley and Sons, Inc., ~ew York ( 1978}

227

Documents

Nuclear Data Sheets for A = 159