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creatgraphene
- 产生各种手型的石墨烯，原子数目可以任意调整-Produce a variety of hand-type graphene, the number of atoms can be adjusted at
spain_IdsVgs_alter
- 石墨烯场效应晶体管非线性模型，西班牙版本，模拟石墨烯场效应晶体管非线性IV-Non-linear model of graphene field-effect transistor, the Spanish version, analog graphite ene field-effect transistor nonlinear IV
graphene_dos
- 石墨烯量子态密度计算，采用紧束缚近似以及薛定谔方程，计算态密度-Graphene quantum state density calculated using the tight-binding approximation and the Schrodinger equation to calculate the density of states
Graphene-doped-Raman-G-band
- 石墨烯Raman G峰随掺杂的变化情况，其中涉及到高温和低温情况-the relation between Raman G Band and Fermi energy
FMM-for-graphene
- fast fourier transformation
conduction
- surface conductivity of graphene afunction of frequency in THz and chemical potential in eV
Complex_conductivity_of_graphene
- 石墨烯因其出色的电学、力学、热学、光学特性引起了全球研究热潮。作为超材料和变换光学平台，我们有必要计算它的电导率。-Because of Graphene s excellent electrical, mechanical, thermal and optical properties,it caused the global research boom. As the platform of metamaterials and tr
dgbsvx-ex
- 石墨烯纳米带的程序，供大家分享，希望能对大家有用-Graphene nanobelts, procedures for sharing, hope to useful for you
plot_graphene
- MATLAB画vasp能带结构，画石墨烯能带结构-MATLAB painting vasp band structure of graphene band structure painting
drude
- 用德鲁德模型计算超导材料石墨烯的介电常数和电导率-Calculated using superconducting material graphene permittivity and conductivity Drude model
GrapheneDisksPermittivityCFMM
- matlab code for sigma inter (for graphene material)
TMgrapheneFast
- tm FDTD graphene test
TMgraphene
- tm graphene FDTD simulation
grapheneRamanFit
- This program takes as input a text file with wavenumber and intensity counts and it outputs the Raman spectra. It is designated to find the peaks for graphene. It analyses FWHM (full width half max), the peak height and
graphene_dos
- graphene density of state matlab simulation file
Efficient-quantum-transport-simulation-for-bulk-g
- Efficient quantum transport simulation for bulk graphene heterojunctions
AGNR
- Armchair graphene nanoribbon matlab simulation file
M_Document
- 利用遗传算法计算单层石墨烯上表面波的色散关系-using GA to calculate the spacial relationship of surface plasmon wave on graphene
ShiMoXiLiangZiDianRong
- 石墨烯量子电容的图像显示，可进行石墨烯电调控特性分析-Quantum capacitance of graphene image display can be graphene electrical control characteristics Analysis
source_2007_03_05_WSI
- naxtnano的应用范围包括量子阱，量子线，量子点，纳米线，纳米微晶体，量子级联激光器 （QCL），共振隧穿二极管（RTD），高电子迁移率晶体管（HEMT），Nano-MOSFETs， LEDs，激光器（e.g. VCSEL），高效太阳能板，有机半导体，离子敏场效应管（ISFET）以及 石墨烯，“应变硅，“低含氮化合物”等新型材料。是一款集合了k.p方法、自洽求解泊松-薛定谔方程等物理模型与一体的半导体光电子行业软件。-n