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多尺度模型及相关分析方法
  • 期刊名称：复杂系统与复杂性科学(创刊号)，1（1），9-19(2004) （特邀论文）
  • 时间：0
  • 相关项目：碳纳米管物性与场致发射特性的多尺度耦合方法研究
作者： 王崇愚
同期刊论文项目
碳纳米管物性与场致发射特性的多尺度耦合方法研究
期刊论文 58 会议论文 18
同项目期刊论文
Multiscale modeling and relate
碳纳米管的Peierls 相变与磁场中
Spindt 型与薄膜场致发射的数值
Hybrid quantum mechanics and e
Transport properties of armcha
单壁碳纳米管中单空位结构演化及
Peierls instability and persis
Mechanism of field electron em
Atomic Decoration for Improvin
Screening effects on field emi
Chiral and quantum size effect
Electronic structure and quant
Quantum effect in the field em
Third harmonic generation of s
Characteristic frequency of th
Geometry and electronic proper
Signature of the Aharonov-Bohm
First-principles study of a hy
Analytic Solution of Charge De
Bose-Einstein condensate of a
多层次跨尺度物理中并行DVM-DAC
First-principles study of cont
NUMERICAL PREDICTION OF PARTIC
Ground band and a generalized
BCS formalism of superconducti
The p-band of spinor Rb BEC in
Intrinsic energy spectrum of s
Seeking for an optimal perform
Comparison of field and thermo
采用非结构化网格求解颗粒流的一
Ground Band and Excited Band o
Oscillation bands of Bose-Eins
First excited band of a spinor
First-principles study of fiel
碳纳米管场致电子发射新机制
Quantum mechanical understandi
Vortex in the yrast band of co
掺硅对封闭碳纳米管尖端几何及电
Intrinsic properties of electr
多相流局部混合型质点网格法
First-principles study of a si
First-principles study for tra
Peierls相变与磁场中碳纳米管的场发射
采用非结构化网格求解颗粒流的一种数值方法
嵌入原子法研究Ni3Al中点缺陷以及Re择优占位和集团化
γ-TiAl中Nb和Mo合金化效应的第一性原理研究
α-Fe裂纹的分子动力学研究
bcc Fe中刃型位错的结构及能量学研究
Phonon spectrum and related thermodynamic properties of microcrack in bcc-Fe
First-principles investigation of the alloying effect of Ta and W on γ-TiAl
Gauge field theory of quantum and the mass empirical formulas of lepton and quarks
First-principles investigation of the impurity-kink interaction in bcc iron
Molecular dynamics simulation of kink in （100） edge dislocation in body centred cubic iron
Dislocation formation and twinning from the crack tip in Ni3Al： molecular dynamics simulations
Quantum Rings with Two Deeply Bound Electrons under a Magnetic Field