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WAR DEPARTMENT

TECHNICAL MANUAL

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JAPANESE-ENGLISH GLOSSARY TECHNICAL COMMUNICATION TERMS

May 1, 1943

CHARACTERS

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ITSU. ICHI, BITOISU

ICHIJI KOIRU

ICHIJI RAIK SUVITCHI

ICHIJI KAIRO

ICHIJI HOSNA

ICHfjl INKYOKU AHBU

ICHIJI DENSHI

ICHIJI BENCH!

ICHIJI DENATSU

ICHIJI SENRIN

ISStNKA NAHARI

ISSEI YOB 1 DASH 1

SAN, HI, HITTSU

SANJI KAIRO

SANKAKU KESSEN

SAN HAKISEN HENSEIKI

SAKSO

SANJU CAISHI

SANKTOKU SHIKKUKAK

SANKTOKUKAN

JO. UE, KAMI

JO SOKUHATAI

JOBU SEN

ENGLISH EQUIVALENT

ONE. SINGLE, PRIMARY

PRIMARY COIL

PRIMARY LINE SIIICH

PRIMARY CIRCUIT

PRIMARY EMISSION

PRIMARY DARK SPACE

PRIMARY ELECTRON

PRIMARY CELL. PRIMARY BATTERY

PRIMARY VOLTAGE

PRIMARY COIL

LEAD MONOXIDE, LITHARGE

SIMULTANEOUS CALLING

THREE

TERTIARY CIRCUIT

DELTA CONNECTION

THREE-KINDING TRANSFORMS

THREE-PHASE

TRIPLE-PETTICOAT (THREE- SECTION) INSULATOR

TRIODE, THREE-ELECTRODE VACUUM TUBE

TRIODE, THREE-ELECTRODE TUBE

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INTERMEDIATE CABLE

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SHU, SHU, HEGURU

SHUHA

SHUHA BUNSEKI

SHOHA BUNSEKKI

SHUHA KEI

SHUHATAI

SHUKI

SHUKI HA

SHUKI SU

SHUKI HENRYO

SHU-I ONDO

SHUHA SU

SHDHASU RESUPONSU

SHUHASU BUNSEKKI

SHUHASU SEIGYO

SHUHASD TOKUSEI

SHUHASU TAI

SHUHASU HENKAN

DRAW, ABSORB, TAKE

ABSORBING CIRCUIT, TRAP CIRCUIT

ABSORPTION COEFFICIENT

ABSORPTION HAVE TRAP

ABSORPTION CURRENT

ABSORPTION CHARGE

ABSORBER

ABSORBING MODULATION

OCCLUDED GAS

ROTATE, ENCIRCLE

CYCLE

FREQUENCY ANALYSIS

FREQUENCY ANALYSER

FREQUENCY METER

FREQUENCY BAND

PERIOD, TIKE

PERIODIC HAVE

PERIODICITY

PERIODIC QUANTITY

AMBIENT TEMPERATURE

FREQUENCY

FREQUENCY RESPONSE

FREQUENCY ANALYSER

FREQUENCY CONTROL

FREQUENCY CHARACTERISTICS

FREQUENCY BAND

FREQUENCY TRANSPOSITION

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TOBIDASHI KANTUSHA

TOBIDASHI SHINGO

V06IDASHI SHINGO SETSUDAN KEIDENKI

TOeiDASHI SHINGO KEN'

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FREQUENCY MODULATION

FREQUENCY MODULATION

CALL, NAME, BECKON

CALLING PLUG

CALLING LAMP

CALLING PARTY. CALLING SUBSCRIBER (TtL.)

CALL SIGNAL

RING TRIP(CUT-OFF) RELAT

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RINGING TONE, RING-BACK TONE

CALL SIGNAL, CALL LETTER

CALL LETTERS

CALLING DEVICE

CALLING RATE

NUMBER OF CALLS

CALL HIRE SYSTEM

LIFE, ORDER, COMMAND

ORDER BUTTON

ORDER-HIRE SYSTEM

ORDER KET

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THROAT MICROPHONE, NECK TELEPHONE

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UNIT

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SINGLE PHASE POKER

SINGLE CURRENT SYSTEM

SINGLE CURRENT KET

SINGLE SILK COVERED HIRE

SINGLE COTTON COVERED HIRE

SINGLE SIDE-BAND SYSTEM

SINGLE SIDE-BAND COMMUNICATION

SINGLE SIDE-BAND TRANSMISSION

AUTO TRANSFORMER

ONE FLUID THEORY

UNILATERAL DIHDING

SIMPLE-ENERGY TRANSIENT

ELECTRIC HIRE, SINGLE HIRE

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INTERNATIONAL VOLT

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SYMMETRICAL

SYMMETRICAL COMPONENT

SYMMETRICAL NETKORK

SYMMETRICAL HAVE

METHOD OF SYMMETRICAL COORDINATES

LOGARITHMIC DECREMENT

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LEAD, GUIDE, CONDUCT

CONDUCTIVITY

SPECIFIC CONDUCTIVITY

CONDUCTIVE COUPLING, GALVANIC COUPLING

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PERMEABILITY

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NETKORK OF CONDUCTORS

CONDUCTOR

CONDUCTOR RESISTANCE

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KYOKUBU SHI HDD

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KYOKUBU DENCHI

KYOKUBU DENCHI SHIKI

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SHALL, LITTLE, YOUNG

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LOCAL RESONANCE

LOCAL CIRCUIT

LOCAL OSCILLATION

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SHINAI TSUVA

SHINAI SENRO

SHI6AI

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SHIGAI KOKANSHU

SHIGAI KOKANSHO

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LOCAL OPERATOR (TEL.)

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LOCAL TELEPHONE TRAFFIC

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TOLL TRUNK, TRUNK JUNCTION

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TOLL TRANSMISSION SELECTOR

TOLL BOARD

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PLANER, PLANING MACHINE

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BERUTO IWTEH

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HORU KOKA

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BODO FU60

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BORUTA DENTAI

BORUTO SU

HETEROOrMC IAVEHCTER

HEAVISIDE LATER

KLLIHI-TOSl's AHTEDHA

HERTZ

HERTZ ANTEHHA

HERTZIAN MVE

HERTZIAN OSCILLATOR

BELT

PULLET. BELT PULLET

BELT-ORIVEK

BENZYL CELLULOSE

CUTTING PLIERS

HENRT

BAUD

HALL CONSTANT

HALL EFFECT

POISSON RATIO

POCKET TELEPHONE

POT HEAD

BAUDOT CODE

HOKODtNE RECEPTION

VOLTA EFFECT

VOLTA PILE

BOLT. VOLT

VOLT -IMPEDE

VOLTAGE

FORMANT

201

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HAGUNETO SUTORIKUSHON HASSHINKI

MAKKINTAITA SETSUZOKU

HASSHTSEN HVOJUN

PUMP

MARKER BEACON

MARGE

MICA

MICANITE

MICA CONDENSER

MICROAMPERE

MICROOHM

MICRO COULOMB

MICROFARAD

MICRO HENRr

MICROVOLT

MICROPHONE

MICROPHONE BUZZER

MICROPHONE NOISE .

MICRO-MICROFARAD

MICROMETER

MICROKATT

MAXKELL

MAGNESIA

HAGNET HIRE

MAGNETO-STRICTION

MAGNETO-STRICTION OSCILLATOR

MAGNETRON

HUNT IRE JOINT

MATTHIESENS STANDARD

MUSH

202

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MEG-OHM

MEGA CYCLE

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HORSE CODE

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RKKUUNSU SENRIN

PLIERS

UNIT C1BLE

RAKHEN

LETDEN JAR

LINE SWITCH

LINE FINDER

RADIAN

RACK

HORN

HORN TYPE LOUDSPEAKER

LAMP JACK

LAHP SIGNAL

LEAKANCE

LEAK COIL

LEAK CIRCUIT

REACTANCE

REACTANCE CIRCUIT

REACTANCE DROP

REACTANCE COUPLING

REACTANCE COIL

REACTOR

204

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RIPPLE

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LOOP ANTENNA

RECORDER

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LEVEL NETER

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7 -f ' ; — *2.

7 1 '< -**

7 ., h

7 , h ^•

7 , h &•7 — 7.

KAIPS HI*

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206

borne Faints To Consider In Connection With Translating Technical Japanese And IVith This Special Vocabulary Of Electrical Terms.

v 1) One of the chief difficulties connected with technical Japanese is

the large number of synonyms encountered. Some of these differ only by a trivial

substitution of one element of a complex term for another closely related Chinese

character or group of characters. The following group lists those most frequently

interchanged:

a) "$ , 3- , y** , V» , meaning "form, type, shape, model, etc."

b) •&• ,ffi£ , -U- ,$••%? ,J^~JL, meaning "apparatus, device,

equipment, implement, tool, etc."

c)^Sj," t *''"t .^MCTroi,, meaning "engine, machine, mechanism, etc."

d) t*-, 1C ,**.,& ,#') W ,^t- , meaning "of such a

nature, possessing such a character, of such a type

or condition, etc."

e) Jf*-,-?* ISi, , meaning "made of, containing, etc."

f) /3^,*-£- , \S) < %3-J$^ l meaning "to such a degree, so much,

to that extent, etc."

g) vl,^fL,\fi, , ST-St^-, »T-ft- , meaning "instrument, gauge,

measuring device, etc."

h) T , I* , meaning "in, within, inside, among, etc."

i) some purely grammatical elements: »v , / , "I , meaning

"of, for, in, of such a nature, used in or for, etc."

In addition to being interchanged quite freely, many of'these are often

omitted altogether as not essential to the meaning of a term, the commonest omis

sions being the grammatical elements »V ,/ , and the following characters and

groups of characters:/?] , *f $ ,^t~ , A , "t^-.^L , ^L«L, etc., as well as a few

not in the list above; e.g.'rti, meaning "to change, transform, alter, turn into,

treat with (in chemistry)"; _t- , meaning "on, at, above"; yx'J,X. "to measure, etc.".

Thus in the case of a term like "sperry stabilizer", one might find-^> 'N» ') \T^} ,

i- ,or ^\J "3C~^- LI* or-^.-D-J in which any one of the elements (characters)

in the brackets might be used, or in the first group omitted altogether; e.g.^ 1^

l) ^PLlfi., or**"^ *) "5L-:<rX.^_i. , etc. Similarly, one could have -$-

[ft .**>,/,*$']$ ft*fa "military plane"; ft ft ffi , **> , & ,

^ t^ "directional antenna"; f W [f , %] *^ >*.[*, *

"electrolytic detector"; -^l' ^L L^J S(* "mechanical ventilation";

207

It "pyrometer"; i1k\$JL, fill] H" ironware"; &[j-] $ fa j$ "land plane";

*/Ut ' tffl H&>* "charring pit"; >*.[•*£,&.#•] [*, 7 >*-•*]

"liquid ammonia", etc.

Two other major types of synonyms can be identified. First, those in

which any one of a group of closely related characters can be used in larger com

binations of characters or groups of characters used to express a more complex ob

ject or idea, the difference in terminology here arising from the fact that Japanese

often has more than one Sino-Japanese character or phrase for the same idea; e.g.

"specific heat at constant volume" might be given asjyC. rfl , *SL * , /t- %i- or

'JlLjj-J.rtsSi, in which the four "doublets" in the brackets all mean "constant vol

ume". Then there is the large class of synonyms in which the difference arises from

the fact that the same entity is regarded from somewhat different points of view,F *& ' V 4 f " & 1 fli Jy as, say, in "isothermal change" |_"^ >jB. or ! * >JttJ ^C I'd, where the first group In

the brackets means "equal temperature", the second "constant temperature", while

TjCn-isignifies "change" or "transformation".

The translator must keep this major problem of Japanese synonyms constant

ly in mind. He must be prepared at all times for the substitution of a synonymous or

closely related (Chinese) character or group of characters for another, or for a

totally different character or combination of characters which treat the object in

question from a different point of view. In other words, he must be prepared to deal

with ideas as well as with words, always bearing in mind the possibility that the

same idea can generally be expressed by more than one Sino-Japanese character or

yroup of characters, and that the same object can generally be interpreted from

more than one point of view, and so receive more than one formulation.

2) A second source of difficulty is the large number of abbreviations and

script variants used in technical Japanese. For example^£ "pressure" is often

iritten/i., and this form will then enter into many compounds: thus/i-,«T6 (21

"Pressure diagram" instead of /5£ *fi> SI ; or again*lf5* "cast iron" instead of

j'Sf afi^ . The translator will find a fairly complete coverage of such variants and

abbreviations in Arthur Rose-lnnes' "Beginner's Dictionary of Sino-Japanese Charac

ters" (Harvard University Press-$1.75), which is a very useful volume in other res

pects as well. Script variants are groups of characters which differ somewhat in

their written form, though the members of the group have identical meanings. For

example the group S7 , 1^7 ,$£. ,$2. , jS- ,$L ,all have exactly the same reading

and meaning (to revolve, rotate), but are found in different places in the dictionary.

Thus in referring to a "rotating magnet., fisld" the Japanese will use any of these

208.

farms: [E7 , 1^7 ,)%L , }$L , I . ,or IS.] 4| *j* J^ .etc.- There seems to be no

Teady solution of this difficulty except experience and practice in recognizing

the members of such groups.

3) Another difficulty is.the problem of isolating and identifying a

technical term in a larger context. Here the difficulty stems from the complexity

of the Japanese script, which uses the Chinese characters and two purely Japanese

systems of Kana, or phonetic systems of writing, as well as fragments of other

written systems, chiefly European script. Thus it is possible to have concepts

expressed by Chinese characters alone, by two systems of Kana, by a mixture of

these two systems of writing, or finally by a combination of these Japanese in

gredients .with elements (words, letters, abbreviations, numbers, etc.) taken from

European languages. Though most technical terms in Japanese are of the first kind

(characters or combinations of characters), the others are frequently encountered:

e.g. T ~> ^~~~7 S7-ffc. "number of ampere-turns" ; (% fc) % xm.^.^ k*> "double

flow turbine" ; iSL L 1 - 7 7" ~t~ "inverted L-type antenna", etc. Here again, only

experience and a willingness to experiment with possible combinations can help

the translator.

4) Another point worth noticing is the fact that Kana "spelling" of

European terms (taken from English, German, French, etc.) are themselves by no** '* i»*

means uniform. For example, some authors give a term like Diesel as 7 HZ l\s ,

others as T* 4 "fe* >V , "microphone" as -S"f ? o .f- > and "f ? O ~7 $ > .A

particularly troublesome point is the immense number of chemical terms spelled out

in Kana: e.g. \ '/ Q ""] > *S " isoleuoin" ; '7 \"~~Vl'X/t-}">>EbiJ'naphthol sulphonic

acid", etc.

5) Very long terms, which cannot be found in any of the existing dic

tionaries, can often be analysed into smaller elements which may then be found

without too much trouble: e.g. "WL >K. [a\] TB 1»7 [l^J -^ l»-*r- "short wave direction*-

al antenna", where the characters in ( ) may or may not be included (cf. 2) above).

In the great majority or cases complex Japanese techincal terms are formed by com

bining "doublets" into larger expressions: cf. *2. >K. and gs \°) above.

6) The readings given for most of the terms in this list are fairly

well established; in fact, in most cases we have been able to confirm them from

standard Japanese sources. In this connection it is perhaps worth mentioning tha<

there are a number of technical terms th very unusual readings, based either or

a native Japanese reading, as %^- -j- koro for "roller", or on a European word

which is taken over bodily and accordingly gives its pronunciation to a character

209

or group of characters, thus rp'J K' /T*t' "brake" is read either seidoki or burgki.

^rf "?" "glass" is read qarasu. etc. There are perhaps three dozen such cases.

7) The arrangement of the terms given in this list is the traditional

Chinese-Japanese character dictionary order, with the exceptions provided by the

presence of Kana and other elements in the middle of a term, where they are dis

regarded for filing purposes. Thus the term f~ 'i- 7~~ 7"'ls £%.ji%~ "overhead cable

line" does not come directly after the term .£ £. / 7 >\s "overhead cable", but

after .T> i If .--^- "overhead wire", because the third character?.^, in the first

term, disregarding the Kana ^f 7**i\S, has 15 strokes, as against 13 strokes in

the third character of the last term ( «g ). The Kana section, including pure Ka

na terms or terms beginning with Kana but including characters, is arranged in the

regular gojuon order: ( 7"f "^^-^Hj 9 '7 ^ , etc.) N.B. Long vowels, indicated

by after the Kana element, precede short vowels. In this section the charac

ters are disregarded in the filing, just as the Kana elements are disregarded in

the filing of the character section. However, if the Kana is identical in the case

,of two or more terms, then the regular dictionary order of the characters included

in the terms determines their relative order.

8) V/hile tht, list of terms given here is fairly complete for general

ifglectricity and electro-communication (radio, telephony, telegraphy), it is never

theless far from adequate for purposes of translation. There are two main reasons

for this. In the first place, even in highly technical articles there are a great

many general terms and phrases which, not being technical at all, have not been

included in this list. Secondly, even in highly specialised articles mention must

often be made of other scientific and engineering objects and concepts which,

properly speaking, lie outside the immediate field under consideration, but which

are introduced because of the universal manner in which the facts and theories of

one branch of science or technology can be applied to so many others. Accordingly,

the translator should secure at least a copy of the Rose-lnnes volume mentioned

above, and a copy of the new Kenkyusha Japanese-English dictionary also published

by the Harvard University Press. With the aid of these three sources he should be

able to deal successfully with a good part of the Japanese literature devoted to

electrical communication.

525973 O 43 - 14

210

[A. G. 062.11 (4-15-43).]

BY OBDEB OF THE SECRETARY OF WAR :

G. c. 'MARSHALL,Chief of Staff.

OFFICIAL :J. A. ULIO,

Major General,The Adjutant General.

DISTRIBUTION :ID (10) ; IR (1) ; IBn and H 1 (1); 1C and H 11 (1).

(For explanation of symbols see FM 21-6.)

U. S. GOVERNMENT PRINTING OFFICE : 1943 O - 525973

TM 30-485c i

TECHNICAL MANUAL

JAPANESE-ENGLISH GLOSSARY TECHNICAL COMMUNICATION TERMS,

CHANGES! WAR DEPARTMENT, No. 1 J WASHINGTON 25, D. C., 21 January 1944.

TM 30-485,1 May 194:3, is changed as follows:An index to the romaiiization of Japanese technical communication

terms appearing in TM 30-485 is added to the manual. This index does not always give the romanization of the entire character in ques tion but in many cases gives only the first letter or first few letters that may be common to the romanization of several characters appearing in a group on one page of the glossary. The index is intended for use only with TM 30-485.

REGRADED UNCLASSIFIED BY

DIR.5200. 1.R

568984°

TM 30-485C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION

A

ABURA

AFURE

AME

AN

AN

AN

APPUN

ASA

ASHI

ASSHIN

ASSHUKU

ATSU

BA !uL :'..;..BJU —— _-.•••• _

BAI

BAKU

BAN

BAS-

CHARACTER

£J*&&)

*4$

*&•>1*.

H»aJfUSH

*,•:--*•-^»|-*^

PAGE

6-7

87

92

166

45

74

78

41

90

146

41

41

41

176'"•' v.

.1L_

96

74103- 104

9

' PRONUNCIATION

BEKI

BEN

BEN

Bl

BO

BO

BO

BO

BO

BO

BU

BUMP A 1

BUHPU

BUN

BUSSHITSU

.JRUTSU

BYO

BYO

CHA

CHARACTER

%-

%

14^itrtt

^

fJf -C

W4P

^1&

«-*9f

»

4^

*-

PAGE

18

55

102

59

13

44

79

109

132

162

154

19

19

19-20

100

100

53

157

133

TM 30-485TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION

CHAKU

CHI

CHI

CHI

CHI KARA

CHIKU

CHO

CHO

CHO

CHO

CHO

CHO

CHO

CHO

CHO

CHOKU

CHU

CHO

CHU\

CHU

CHARACTER

k

f

M

•A.ti***.ft**mii.w>t*JLt&-f4£

• PAGE

125

24

33-39

153- 154

22

134

30

57

126- 127

135

142

145

146

155

160- 161

107

3-4

59

73-74

78

PRONUNCIATION

DA I

DA I

DA I

' DA I

DAN

DAN

DAN

DE

DEMPA

DEMPA

DEN

DEN

DO

DO

DO

DO

DO

DO

DOKU

CHARACTER

HX

1**if&*m\ okfr'£«1^1jt

4ja4%n

PAGE

3

43-44

116

131

57

71

84

19

13

168

13

166- 171

23

31

38

48

54

157

142

TM 30-485c i JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION

DON

El

El

El

El

EKI

EM-

EMPI

EN

EN

EN -

EN

EN

EN

ERI

FU

FU

FU

CHARACTER

4t

Jy^r

#•

fM.Jfc- n.7t2

$&&

ffl

>1

V&*f-Ait.fa

a

^

^

*

>f

PAGE

156

58

86

99

157

90

87

157

37

55

93122- 123156- 157

178

138

2

74

89

PRONUNCIATION

FU-

FU

FU

FU

FU .

FU

FU

FUK-

FUKI

FUKKYU

FUKU

FUKU

FUKU

FUN

FUTA-

FUTSU

GA

GA

GAI

CHARACTER

^•tf?>f-

Xtt

W

«

1g-T

A

R4>\Mati ls«}•JZ+

*t*V

PAGE

90

99115- 116

128

144

162

175

8

63

59

59

138147- 148

117

5

87

104

100

42

TM 30-485TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION

GAI

GAI

GAKU

GE

GEM-

GEMPA

GEMPUKU

GEN

GEN

GEN

GEN

GEN

GEN

GETSU

Gl

GO

GO

GO

GU

GU

CHARACTER

<&?jr£<£>yz.$& -rjv

T*

%;£;4tl

?L

4

A^\*

fo

fl

«t

&

w/>^Q

f*

f*

PAGE

110

159

80

2

101

101

91

14

26

91

101

139

163

75

68

6

21

31

12

12

PRONUNCIATION

GUN

GURAMU

GYAKU

GYO

GYO

GYO

HA

HA

HA

HA

HACHI

HACK I

HADAKA

HA I

HA I

HA I

HAKKO

HAKU

HAKU

CHARACTER

%

JLit*^t

&---*• 7^^t•ft

>^*£

*44tl&**

/^A

^

PAGE

125

103

150

18

67

80

19

88109- 110ISO- 181

16

134

13764- 65

127

155

105105- 106

117

TM 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION

HAKU

HAMPA

HAMPUKU

HAN

HAN

HAN

HANASHI

HANE

HASH I

HASSHIN

HASSHIN

HATSU

HE I

HEI

HE I

HEI

HEHPA

HEN

HEN

HEN

CHARACTER

F4$£JU!4Ainnft#*ittfc*jttfr3-ai

fa :Ai4^9.

PAGE

134

25

27

25

2766- 67140- 141

146

79

105

105

105

2

1053- 54

161

12

12

123142- 143

PRONUNCIATION

HI

HI

HI

HI

HI

HI

HI

HI

HIDARI

HIKI

HIKKOHI

HIMO

HIPPARI

HIRA-

HISHI

HIZUMI

HO

HO

HO

HO

CHARACTER

>t

*-

&

4*'#.•A^jfL1i5!

3liila

?im«14i*»£*R4fe

PAGE

85

94

106

113136- 137

154

173

175

51

56

56

118

56

161

133

8310- 11

34

40

62

TM 30-485TECHNICAL .COMMUNICATION TERMS C 1

PRONUNCIATION

HO

HO

HO

HO

HO

HO

HO

HO

HOK-

HON

HOSHI

HOSO

HYO

HYO

HYO

HYOKU

I

I

I

CHARACTER

«.

t

Jim*!•=rlIt*fci^*&£-

$W

«?•& ^

f

w<iAy*

PACE

69

71-72

87

110

134

137

156

175

24

76

73

119

81

92-93

136

106

9

57

88

PRONUNCIATION

I

I

I

1

ICHI

IM

IN

IN

IN

IRE

IRI

IRO

ISHI

ISSAN

ISSEI

ITA

JAKU

Jl

Jl

CHARACTER

*

«

£-

4t—

TA*P$1?t

^uTV

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^^*3L

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PAGE

104

114

136

159

1

165

26

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[A. G. 300.7 (22 Dec 43).] (Cl. Jan 44.)

21

TIC 30-485C 1 JAPANESE-ENGLISH GLOSSARY

BY ORDER OF THE SECRETARY OF WAR :

G. C. MARSHALL,Chief of Stafi

OFFICIAL :J. A. ULIO,

Major General,The Adjutant General.

I. S. GOVERNMENT PRINTING OFFICE: 1944