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grav_plot
- 地球物理勘探中重力资料解释的主要目的是由地表观测值推断地下可能存在的密度分布。众所周知,任何一组重力数据都可能由无数个密度分布所引起。即使假设了重力异常是由具有均匀密度差的单一地质体产生的,也得不出唯一的解。画图-Gravity geophysical exploration data interpretation main purpose is inferred from surface observations may exist underground density distributi
pang
- 这是量子物理里常用的fortran 程序集，大部分的数学计算都有。不一定全，但是基本的都有，希望可以帮到大家。-It is commonly used in quantum physics fortran assembly, most of the mathematical calculations are. Not necessarily all, but the basic of all, I hope you can help.
3DDC
- 此代码属于地球物理领域，是用有限差分开发的直流电法三维正演，基于FORTRAN平台，此代码具有很高的运算效率，对于从事地球物理领域的人来说是不可多得的-This code belongs to the field of geophysics, is developed using finite difference method of three-dimensional forward modeling of DC, FORTRAN-based platform, this code has h
LDPC_QPSK
- 基于LDPC码的信道编码与物理层网络编码联合设计方案-Based on the physical layer channel coding and network coding jointly designed LDPC codes
16QAM
- QAM调制下的物理层网络编码调制与解调方案仿真程序-Physical layer network coding modulation and demodulation simulation program QAM modulation scheme under
RA_QPSK
- 基于RA码的信道编码与物理层网络编码联合设计仿真程序-Based on the physical layer channel coding and network coding RA joint design simulation program code
qbhk
- 曲柄滑块机构的运动学仿真，研究曲轴运动的物理规律，通过建模和仿真，其运动规律可以实时动画展现，各项数据实时输出，大大增加了直观性-Slider-crank mechanism kinematics simulation, the laws of physics research crankshaft movement, through modeling and simulation, which show the movement of the animation in real-time, r
method1
- 实现WiMAX物理层小数时延和整数时延的方法，并搭建了物理层仿真平台-Implement WiMAX fractional delay and integral time delay method, the physical and built the physical simulation platform
WIMAX_OFDM
- WiMAX物理层平台搭建，并实现了物理层小数时延和整数时延的添加，并并一定方法实现对时延的估计-WiMAX physical platform building, and implements the fractional time delay and integer delay to add the physical, and a certain method of time delay estimation
2
- MATLAB实现WiMAX物理层的平台搭建，并仿真实现QPSK,PSK调制-MATLAB WiMAX physical layer of the platform and the simulation realization of QPSK, PSK modulation
lsqr-matlab
- matlab实现lsqr算法的源码，有强烈的参考价值，可用于地球物理反演。-matlab realize lsqr algorithm source code, there is a strong reference value, can be used for geophysical inversion.
moxingising
- 对ising模型的模拟，这是二维的情况，对于学物理的人很重要的。-Ising model for the simulation, which is two-dimensional case, for physics, it is very important.
mmc1
- 用于地球物理中重力和磁力位场边界提取的几个常用的算法，包含数据处理，建模，和滤波。-Gravity and Magnetic Data Mapping, Processing, Modeling and Filtering Software.
Ising
- 伊辛相变模型，广泛应用于固体物理，动力学分析。-ising phase model for solid physics.
Michelson-interferometer-simulation
- 该代码能是针对物理实验光学仿真，实现基于matlab的迈克尔逊干涉仿真。-The code could be for physics experiments optics simulation, matlab-based simulation of a Michelson interferometer.
matlab-code-scientific-computing_3
- matlab 可视化 微分方程 物理 算法 超越方程 科学计算 数学变换 最值问题 图像增强 图形界面 线性方程 元胞自动机 晶体生长 金融-physical algorithm matlab visualization in scientific computing differential equations of mathematical transformations beyond the most value problem of linear equations graphical
Ch02
- matlab 可视化 微分方程 物理 算法 超越方程 科学计算 数学变换 最值问题 图像增强 图形界面 线性方程 元胞自动机 晶体生长 金融-physical algorithm matlab visualization in scientific computing differential equations of mathematical transformations beyond the most value problem of linear equations graphical
Ch03
- matlab 科学计算 matlab 可视化 微分方程 物理 算法 -matlab matlab visualization in scientific computing algorithms physics equations
maike
- 大学物理光学实验中经典的迈克尔逊干涉实验源码，有友好的交互界面，简单易操作。-University of Physical Optics classical Michelson interferometer experiment experimental source, a friendly interface, easy to operate.
wavelet-analysis
- 小波分析的应用领域十分广泛，它包括：数学领域的许多学科；信号分析、图像处理；量子力学、理论物理；军事电子对抗与武器的智能化-Application of wavelet analysis is very extensive, including: many disciplines of mathematics fields signal analysis, image processing military intelligence and electronic warfare weapon