搜索资源列表
bistatic
- IEM仿真程序,可以高效的计算高斯面等粗糙面的后向散射系数-IEM simulation program, can be highly effective in terms of Gaussian faces rough surface after the backscattering coefficient
Mie_xscan
- 计算尺寸因子对消光效率和散射效率,吸收效率,后向散射效率等的影响-calculation of the size factor extinction efficiency and the efficiency of scattering, absorption efficiency, after scattering efficiency of
NearToFar
- 该程序用fortran90编写,时域有限差分(FDTD)中的近远场变换方法。解决了电磁波后向散射中的RCS计算
SARMODEL
- :提出针对单极化合成孔径雷达(SAR)图像相干斑滤波算法性能的分层检验模型和综合评价 方法。模型分相干斑抑制程度和目标微波后向散射系数保持程度两个层次,包含的指标有等效视数、信号 杂渡比、回波辐射度损失、均值偏差、空间分辨率损失和峰值旁瓣比偏差六项
mie散射后向散射系数
- 后向散射系数不能直接用Mie_abcd中的简化算法
bistatic
- IEM仿真程序,可以高效的计算高斯面等粗糙面的后向散射系数-IEM simulation program, can be highly effective in terms of Gaussian faces rough surface after the backscattering coefficient
Mie_xscan
- 计算尺寸因子对消光效率和散射效率,吸收效率,后向散射效率等的影响-calculation of the size factor extinction efficiency and the efficiency of scattering, absorption efficiency, after scattering efficiency of
NearToFar
- 该程序用fortran90编写,时域有限差分(FDTD)中的近远场变换方法。解决了电磁波后向散射中的RCS计算-FORTRAN90 prepared with the program, finite difference time domain (FDTD) in the near field to far field transformation method. Resolved backscattering of electroma
SARMODEL
- :提出针对单极化合成孔径雷达(SAR)图像相干斑滤波算法性能的分层检验模型和综合评价 方法。模型分相干斑抑制程度和目标微波后向散射系数保持程度两个层次,包含的指标有等效视数、信号 杂渡比、回波辐射度损失、均值偏差、空间分辨率损失和峰值旁瓣比偏差六项-: Unipolar against synthetic aperture radar (SAR) image speckle filtering algorithm hierarc
atmospher_backscatter
- 计算大气后向散射的Rayleigh光谱宽度-Calculation of atmospheric back-scattering of the Rayleigh spectrum width
BackscatterMap
- 在DEM数据的基础上对地面进行雷达单元的划分,对各个单元进行遮蔽处理,根据雷达和地面的几何关系,通过计算获得后向散射系数,并画出后向散射系数图-In the DEM data, based on ground-based radar unit for the division to cover for each unit processing, radar and ground based on the geometric relati
uhfrfid
- 本学位论文的工作在超高频射频识别(UHFRFID)系统的理论研究和设计 实践领域进行,包括了长距离无源后向散射UHFRFID阅读器射频前端的研制、脚B(超宽带)RFID系统源脉冲波形的优化设计、UHFRFID阅读器小型化天线的研制和UHFRFID标签天线的优化设计四个方面的研究内容。 -The dissertation work in the UHF radio frequency identification (UHFRFID
SarCalibration
- sar 图像定标程序,由灰度值计算后向散射系数-sar image calibration
ObjRghScatTM
- TM极化入射情况,海面上有散射目标,雷达后向散射仿真,基于矩量法MoM和电磁散射理论。-EM scattering
nlayerIntensity
- 计算尺寸因子对消光效率和散射效率,吸收效率,后向散射效率等的影响 -Size factors calculating the efficiency of extinction and scattering efficiency, absorption efficiency, backscattering efficiency of
rcs_sphere
- 雷达截面积————理想导电球的归一化后向散射RCS- normalized backscattering RCS of Perfectly conducting sphere
rcs_frustum
- 雷达截面积————————平截体后向散射RCS-Truncated body backscatter RCS
rcs_cylinder
- 雷达截面积—— —— 椭圆柱的后向散射RCS-backscattering RCS of Elliptical
rcs_rect_plate
- 雷达截面积————————矩形平板的后向散射RCS- backscatter RCS of Rectangular plate
Mie理论程序
- 利用matlab程序仿真计算粒子的散射效率因子,消光效率因子,后向散射效率因子等,进而结合粒谱分布可仿真分析群体粒子光学特性(The optical properties of particles are simulated)