qiang-li documents

D:\Edit\Super\For Submission 20100306\12622 0 Merged 1267687011
Documents D:\Edit\Super\For Submission 20100306\12622 0 Merged 1267687011
Energy scale in ARPES data suggesting Bogoliubov quasiparticles as excitations by phonons of ~68 meV
Technology Energy scale in ARPES data suggesting Bogoliubov quasiparticles as excitations by phonons of ~68 meV
Explaining cuprates antinodal psuedogap features lq111203
Technology Explaining cuprates antinodal psuedogap features lq111203
A model of electron pairing, with depletion of mediating phonons at fermi surface in cuprates
Technology A model of electron pairing, with depletion of mediating phonons at fermi surface in cuprates
Energy gap as a measure of pairing instability, Bogoliubov quasiparticles as excitations by depleted phonons, and transformation between nodal and antinodal pairing features in Bi2212
Technology Energy gap as a measure of pairing instability, Bogoliubov quasiparticles as excitations by depleted phonons, and transformation between nodal and antinodal pairing features in Bi2212
(v3) Phonon as carrier of electromagnetic interaction between vibrating lattice and electron and its role in electron-pairing
Technology (v3) Phonon as carrier of electromagnetic interaction between vibrating lattice and electron and its role in electron-pairing
A Mechanism Of Electron Pairing Relating To Supperconductivity
Technology A Mechanism Of Electron Pairing Relating To Supperconductivity
Mechanism of electron pairing in crystals, with binding energy no smaller than one band gap
Technology Mechanism of electron pairing in crystals, with binding energy no smaller than one band gap
phonon as carrier of electromagnetic interaction between lattice wave modes and electrons and its role in superconductivity
Technology phonon as carrier of electromagnetic interaction between lattice wave modes and electrons and its role in superconductivity
vertical pairing of electrons and understanding of energy gaps relating to superconductivity
Technology vertical pairing of electrons and understanding of energy gaps relating to superconductivity
Mechanism Of Superconductivity In Metals
Technology Mechanism Of Superconductivity In Metals
electron pairing and mechanism of superconductivity in ionic crystals
Technology electron pairing and mechanism of superconductivity in ionic crystals
Solutions of Maxwell Equation for a Lattice System with Meissner Effect
Technology Solutions of Maxwell Equation for a Lattice System with Meissner Effect
Microscopic Mechanisms of Superconducting Flux Quantum and Superconducting and Normal Persistent Currents
Technology Microscopic Mechanisms of Superconducting Flux Quantum and Superconducting and Normal Persistent Currents
Joint Probability Distributions of Soil
Documents Joint Probability Distributions of Soil
经典弹塑性力学体系下岩土材料的本构方程
Documents 经典弹塑性力学体系下岩土材料的本构方程
sample 2
Documents sample 2
Lateral Responses Feb-3
Documents Lateral Responses Feb-3
sample
Documents sample
spin-flip
Documents spin-flip
Rate constants for the reactions of Cl atoms with HCOOH and with HOCO radicals
Documents Rate constants for the reactions of Cl atoms with HCOOH and with HOCO radicals