资源列表
decon
- 地震反褶积程序 预测反褶积 最小子波反褶积(Deconvolution of seismic deconvolution program for deconvolution of the smallest small wave deconvolution)
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
FileRecv
- 对于传统双目定位系统，进行仿真设计，并计算相关系统定位精度(For the traditional binocular positioning system, the simulation design is carried out, and the positioning accuracy of the related system is calculated)
splash-2.6.0.tar
- SPH流体计算，可用于入水冲击和数值造波的计算，比较初步的程序(The Smoothed Particle Hydrodynamic for fluid dynamics calculation)
SN.zip
- 一维平板中子输运方程的SN解法（离散纵标法）(SN(Discrete Ordinates) Method of NET numerical solver in One-Dimentional Slab Geometry.)
VH
- 建立了固定安全时距和可变安全时距模型，进行了线性稳定性分析及启动、跟驰和急停三种情形下的仿真。(The fixed safety time distance and variable safety time distance model are established, and the simulation of linear stability analysis and three cases of starting, following and stopping are carried ou
simu.tar
- 简单的声波方程数值模拟程序，使用二阶有限差分方法，震源为单位脉冲。(The simple acoustic wave equation numerical simulation program, using the two - order finite difference method, the source of the unit pulse.)
理论力学
- programers of BOOK: lilunlixue ,tsinghua press ,2014(may not) just chapter 16
程序
- 可以计算量子力学应用在强关联系统中光晶格中的自旋问题，需要的朋友可以看看效果很好(It is possible to calculate the spin problem of the quantum mechanics in the optical lattice of a strongly correlated system. The friends you need can see the effect very well.)
bkj
- 计算均匀半空间频率域电磁场分量，可用于地球物理勘探等领域。(The electromagnetic field components in the uniform half space frequency domain can be used in the field of geophysical exploration.)
exam2
- 在matlab中调用数值求根函数对平面光导波的导模进行求解，并计算出导模中所对应的各参数。(In the MATLAB mode on the plane optical wave guide function calls for solving numerical roots, and calculate the parameters of the corresponding guide mode in the.)
exam3
- 在matlab中用数值法求解一阶贝塞尔函数的前10个零点，并作出一阶贝塞尔函数曲线，并在曲线上标注出其零点。(In MATLAB, the first 10 zeros of the first order Bessel function are solved by numerical method, and the first order Bessel function curve is made, and the zero point is marked on the curve.)