搜索资源列表
mat3
- 基于MATLAB，对光波导放大器的增益分析，主要是泵浦功率对增益的影响。-Based on MATLAB, for analysis of optical waveguide amplifier gain, pump power is mainly the impact of the gain.
Tm-doped2
- 计算在光纤长度一定时，不同功率抽运光对激光器输出特性的影响-A certain length in the fiber, the different power pump laser output characteristics on the impact of
XPM
- Matlab program for cross phase modulation between signal and pump wave propagating in an optical fiber
continuous_ideal_pll
- charge pump PLL matlab simulink -charge pump PLL matlab simulink
lixinshi
- 离心式水泵抽水原理，matlab仿真绘图软件，适合初学者使用和学习-The centrifugal pump pumping principle, matlab simulation of the drawing software, is suitable for beginners to use and study
ChemHeatPump
- 化学热泵的matlab源程序，化工应用实例，供大家学习参考。-Chemical heat pump matlab source code, the chemical application examples, for all to learn.
common-rail-system-simulink-1
- 高压共轨系统的matlab-simlink模型，含三作用高压泵、共轨管、喷油器等子系统-High pressure common rail system the matlab-simlink model, three the role of high-pressure pump, common rail, injector subsystem
FOPA
- 里面的程序为利用MATLAB程序仿真光纤参量放大中的增益与信号波长，增益与泵浦波长，增益带宽与信号波长与泵浦波长差的关系。-Inside the program MATLAB program simulation of the gain of the optical parametric amplification and signal wavelengths, the gain and the pumping wavelength, the gain bandwidth and the sig
daqiqiu
- 用matlab制作的一个有趣程序，内容为打气筒打气球的动画演示。-Using matlab produced an interesting program, says playing balloon pump animation.
MATLAB-Files
- File 1: THIS CODE IS USED TO DRAW THE PUMP CURVES AT DIFFERENT PUMP SPEED 1: PUMP CURVE 2: EFFICIENCY CURVE 3: BREAK HORSEPOWER CURVE 4: KW-INPUT CURVE File 2: THIS CODE IS FOR APPLYING THE WAY OF CALCULATING THE EFFICIENCY, POWER
aaa1234
- 利用光纤参数和泵浦源参数用matlab数值模拟铒镱共掺光纤激光器。-Using fiber parameters and pump source matlab simulation parameters erbium ytterbium co-doped fiber lasers.
AxialPistonPump
- 轴向柱塞泵马达流体动力学模型matlab代码，可研究压力流量脉动和配流窗口优化问题-Axial piston pump motor hydrodynamic model matlab code
EMD
- 一个原创的EMD降噪的matlab程序,用于轴向柱塞泵故障诊断中。-An original EMD noise reduction matlab procedures for axial piston pump fault diagnosis.
Water Tower
- 数学建模水塔问题。美国某州的各个用水管理机构要求各社区提供以每小时多少加仑计的用水量及每天的总用水量。许多社区没有测量流入或流出当地水塔的装置，他们只能代之以每小时测量水塔中的水量，其精度在0.5%以内，更重要的是，当水塔中的水位下降到某个最低水位L时，水泵就启动向水塔水直到最高水位H，而且不能测量水泵的供水量。因此，当水泵正在供水时不容易建立水位与用水量之间的关系，水泵每天供水一至两次，每次约两小时。 请估计任何时刻（包括水泵正在供水的时候）从水塔流出的水量f(t)及一天的总用水量。(Wate