资源列表
FFT
- 对地震记录进行频谱分析，为后续工作做准备，方便滤波。-Spectral analysis of seismic records for follow-up work to do to prepare for easy filtering.
lvbo
- 对简单的地震记录进行滤波处理，便于新学者进行学习，为后续研究大号基础-Seismograms for simple filtering process, to facilitate new scholars to study, large foundation for further study
caiyang
- 输入信号y=Acos(2*pi*f*t+c)+B的 A B C 的值， 采样过程中，每两次采样的间隔称为采样周期(Ts)。每次采样所用的时间称为采样时间(τ)。 在程序设计中τ的选择要保证在τ时间内被调量基本保持不变，比较重要的是Ts的选择。-Input signal y = Acos (2* pi* f* t+c)+B the ABC value of the sampling process, the sampling interval is called every two samplin
13456
- 根据地层深度和声波时差，写的计算密度和速度的程序，为合成记录做准备-According to stratigraphic depth and slowness, density and velocity calculations written procedures to prepare for the synthetic seismogram
rk
- 雷克子波，地震记录处理中必须用到的很有用的子波，是合成记录的关键-Ricker wavelet, seismic recording process must be used very useful sub-wave synthetic seismogram is the key
hechengjilv
- 根据速度，密度计算反射系数，并和雷克子波做褶积，合成一般的地震记录-According to the speed, density, reflection coefficient, and Ricker wavelet do convolution, synthetic seismograms general
dizudengzhiquxian
- 利用VC++语言，计算地层的电阻率的实现。-Calculated using the VC++ language realization of formation resistivity
digsi_eXPLAIN
- 对仿真软件digsilent的说明，该软件各个功能的详细说明-Digsilent descr iption of the simulation software, the software is a detailed descr iption of each function
reliability-RBTS-with-wind
- 在软件DIgSILENT上搭建的有关含风电的RBTS模型，用来计算可靠性-Built on the software DIgSILENT about RBTS with wind power model used to calculate the reliability
DIgSILENTWIND-MODEL
- 文献知道说明在digsilent上风机的设置和数学模型，帮助使用该软件对新能源的建模仿真-Literature that describes digsilent fan on settings and mathematical models that help to use the software for the modeling and simulation of new energy
Desktop
- 对风电并网的可靠性和稳定性分析，两篇文章分别讲述了静态电压稳定性和风电可靠性模型-Analysis on wind power grid reliability and stability of the two articles respectively tells the story of static voltage stability and wind power reliability model
sloar-energy
- 通过曲线说明对全年来说和每日来说太阳辐射强度和光伏出力水平-Descr iption for year as a whole through the curve and daily solar radiation and photovoltaic for output level