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一维热传导方程_有限差分
- 分层的一维热传导方程的有限差分法MATLAB程序，是简单的显式差分格式，尽量使用了矩阵运算，没有符号运算。 文件chafen1.m以路面为例，假设有多层建筑材料，热传导系数已经在代码中给出。用户使用时请按自己需要修改chafen1.m文件，增减层数，修改热传导系数等即可。(One-dimensional heat conduction equation finite difference method MATLAB program,
UDF for thermal properties of water
- 密度，比热，热导率，粘性系数随压力、温度变化的UDF(UDF of density, specific heat, thermal conductivity, viscosity coefficient with pressure and temperature.)
BH_wangjiajun
- 一个横截面尺寸为200x300 mm 的二维导热物体，边界条件分别为：左边绝热；右边与接触的流体对流换热，表面传热系数为50 W/(m2·K)，流体温度为20°C；上边维持均匀的温度400°C；下边被常热流加热，热流密度为1500 W/m2。已知该物体的热导率为45 W/(m·K)。采用均匀网格，△y=△x=50mm，试用数值方法计算该物体的温度分布。(A two-dimensional heat conducting object w
Graphene_Cond
- 通过matlab实现THz下石墨烯电导率的计算(Calculation of conductivity of graphene under THz by MATLAB)
ThermalConductivity (2)
- Forcite模块可以用非平衡动力学的方法计算热导率 需要脚本 详见Accelrys community中的Reinier Akkermans帖子计算热导率(Forcite module can calculate thermal conductivity by non-equilibrium dynamics method Calculating thermal conductivity)
LBM
- 实现圆柱扰流仿真，模拟通道压裂的压裂液流动，分析导流能力及支撑柱的渗透率(Cylinder turbulence simulation is implemented to simulate the flow of fracturing fluid in channel fracturing and analyze the conductivity and permeability of the support column)
diandaolvfit300(1)
- 一种新方法矢量匹配法计算石墨烯电导率，跟实际值吻合高。(A new method, vector matching method, is used to calculate the conductivity of graphene.)
read_popdata_final
- 海水电导率计算程序，通过全球温盐nc数据，根据经验公式计算得到电导率分布(Calculation of seawater conductivity)
Ds_AB3.m
- 采用matlab程序计算ab石墨烯电导率(calculation the ab conductivity of graphene calculation the ab conductivity of graphene)
简洁计算石墨烯电导率
- 比较简洁的计算石墨烯电导率，各类参数可从CST中获得(Concise calculation of graphene conductivity, various parameters can be obtained from CST)
AD5934驱动程序（stm32）
- AD5934 stm32f103驱动程序； 测量PT100温度探头计算温度； 测量电极间阻抗并换算成电导率。(AD5934 stm32f103 driver; Measuring the temperature of the PT100 temperature probe; The impedance between the electrodes is measured and converted into conductivity.)
Complex_conductivity_of_graphene
- 描述了石墨烯的复电导率的实部和虚部在THz频段与费米能级，电子能量的关系式(The relationship between the real part and the imaginary part of the complex conductivity of graphene and Fermi energy level and electron energy in THz band is described)
石墨烯电导率（已知弛豫时间）
- 描述了石墨烯电导率与弛豫时间的关系，谐振波长与基底折射率的关系。(The relationship between the conductivity of graphene and the relaxation time, the relationship between the resonance wavelength and the refractive index of the substrate are described.)
lammps导热系数计算方法
- 计算热导率有好几种方法，分成两大类：平衡态法和非平衡态法 或许各位有疑问，诶，窝明明固体物理和热统学过啊，如果不计入格点间的非简谐相互作用（即关于位置变化量的3阶项及以上），非谐效应中的热膨胀和热传导是不存在的 由于核心思路是通过热流和温度梯度在某段范围内稳定的呈线性关系相比得到kappa的，这里有一个Green-Kubo线性响应理论(Calculation of thermal conductivity)
热导率计算
- 樊哲勇老师的分子动力学热导率计算的讲义和lammps脚本。(Professor Fan zheyong's lecture notes and lammps scr ipt of molecular dynamics thermal conductivity calculation.)
fORCITE PERL CODE
- This source code is for the forcite perl for the calculation of thermal conductivity
石墨烯
- 包含6个文件。 matlab:基于kubo公式，计算graphene的表面电导率。 comsol:基于表面电导率，利用comsol对graphene进行建模(It contains six files. Matlab: Based on Kubo formula, the surface conductivity of graphene is calculated. COMSOL: Based on the surface conduc
新建文件夹
- 利用matlab计算超导材料石墨烯的介电常数和电导率(Calculation of dielectric constant and conductivity of graphene)
Multiscale study of thermal conductivity of boron nitride nanosheets_paraffin thermal energy storage materials
- 1. Effects of layer number and size of h-BN on TC are studied. 2. TC of the encased h-BN is lower than that of the suspended one. 3. TC of composites is controlled by TC of h-BN and ITR at n ≤ 15 and by the aspect rati