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Monte_Carlo_simulation_cool
- 蒙特卡罗模拟随机数是最好的方式，本程序设计在552nm脉冲后，再一左一右的657nm冷却脉冲，测试激发达到100 的概率，尤其考查蓝、绿及近红外波段-MATLAB 6.5 Monte Carlo simulation cool3.m This simulation cycles "num" number of atoms "steps" times, with a cooling sequence of a 657 nm cooling pulse from the right, the
testrc
- 套用公式 计算电阻电容的值 I1 = U / R + j2πfCU I2 = U / R + Kj2πfCU IR = U / R = (（K^2 *I1^2-I2^2）/(K^2-1))开根号 C=(I2-I1)/(4Pi*U)-Apply the formula to calculate the value of resistance and capacitance I1 = U/R+ j2πfCU I2 = U/R+ Kj2πfCU IR = U/R =
nsym
- 该程序用于模拟非对称陀螺分子的转动光谱。可以用于计算最大J为250的谱线，并可以对测得的谱线进行模拟耦合。-This program embodies most features deemed necessary for this type of calculation: Watson s reduced asymmetric top Hamiltonian up to decadic terms, with Wang factorization Reductions A an
www.nightmusic5.ir
- code moghade method fortran for
bandv
- 解对称变宽带线性方程组程序 ! n: 方程组个数 ! np: a数组的长度 ! id: 存放方程组系数矩阵的第i行对角元在a数组的位置j，ID(i)=j ! b： 存放方程组右列向量 ! ir: 计算结束标志，ir=0程序正常结束，ir=/0表示系数矩阵奇异-Solution of linear equations is ymmetrical broadband program
13910231-source-algorithm-(-www.parmasoft.ir)
- algorithm for different purpose
fortran1
- fortran lerning in persian from cfd.iut.ir. ya ali a
polynomial
- 多项式的加减乘的简易代码，数据算法初学常见project。（使用stack）-Simple polynomial code, including add and subtract multiply. Ir s a common project data algorithm beginners.(use the stack)
les-ir
- 结合格子玻尔兹曼和大涡模拟的经典算法，采用IR的大涡模型和D2Q9的LBM模型-Based on the classical algorithm of lattice Boltzmann and large eddy simulation, IR s large eddy model and D2Q9 LBM model are adopted
OLSR Protocol in NS2 All version by wsnlab.ir
- Routing Protocol for Wireless Sensor Networks