资源列表
量子物理学中的常用算法与程序
- 此书简明扼要地讲述了计算物理的基础知识，并给出量子物理学中常用算法及相应的Fortran程序。(This book gives a brief account of the fundamentals of computational physics, and gives the algorithms commonly used in quantum physics and the corresponding Fortran program.)
rtm
- 声波RTM小程序，可以模拟波场传播，输出偏移结果(acoustic reverse time migration function)
偶极子
- 通过matlab仿真偶极子声场的指向性，在极坐标下作图画出指向性(The directivity of dipole sound field is simulated by MATLAB, and the directivity is drawn in polar coordinates)
1Dfdtd
- 有限时域差分法 计算一维脉冲传输 适用于麦克斯韦方程的时域差分计算，对于FDTD的学习具有重要作用
衍射计算及数字全息MATLAB程序源代码
- 《衍射计算及数字全息》附录B的MATLAB程序源代码
光孤子模拟软件NLSE
- 计算光纤中光孤子的传播，利用分布傅里叶变换(Calculate the propagation of solitons in optical fibers)
QotoolboxV015
- 用于模拟量子光学多类问题，求数值解的程序包(A program package for numerical simulation of quantum optics)
Laplace
- 求解椭圆型方程生成二维翼型网格，并采用逐线松弛迭代技术求解了二维翼型绕流，这是CFD计算中的典型例子，是cfd初学者的很好的学习例子。(Solving elliptic equations, generating two-dimensional airfoil mesh, and using line relaxation iterative technique to solve the two-dimensional airfoil flow, which is a typical examp
双马赫反射
- 求解双马赫反射问题的各种解法，黎曼求解器包括WENO格式和MDCD格式，时间方向采用Runge-kutta 方法，方程包括Euler方程和NS方程。(Program to solve Double Mach Reflection. Use WENO solver and MDCD solver to solve Riemann problem. Use Runge-Kutta to iterate in time scale. Equations conclude Euler equation
exam4
- 根据高斯光束的特性，在matlab中作出束腰半径为0.5mm的高斯光束在束腰处的三维光强分布图。(According to the characteristics of the Gauss beam, the three-dimensional intensity distribution of the Gauss beam with the waist radius of 0.5mm at the waist is made in MATLAB.)
topology3d
- 3D拓扑优化算法，经典169行代码，MATLAB语言(3D topology optimization algorithm)
VCSEL-DOE_design with distortion
- Design grating and simulate its diffracted orders with distortion. It can be used to design the dots-pattern illumination for structured-light 3D detection. 用于光栅设计和仿真其衍射级次的畸变效果。该程序能够用于设计点阵形式的结构光照明，以进行3D结构光测量。