搜索资源列表
qam
- 计算OAM的系统误码率的matlab仿真程序与说明文档
OAM
- 用于产生轨道角动量OAM的示意图和场强图-this code can generate the plot of orbital angular momentum
Numerical-Caltulation-of-UCA
- 计算了环形天线阵所产生的空间电磁场的分布，用户可以自定义天线阵的馈电相位差来产生不同OAM态-Numerical Caltulation of UCA
period-gratings
- 渐变周期性光栅的夫琅禾费衍射，可用于涡旋光（OAM）的检测-Measuring OAM states of light beams with gradually-changing-period gratings
dot1ag-utils-1.0.1.tar
- dot1ag-utils, r.oam.2 code
oam
- 该程序给出了轨道角动量分别为0，1，2，3的光束的传播行为(The procedure gives the propagation behavior of beams with orbital angular momentum of 0, 1, 2, and 3, respectively)
OAM
- OAM标准协议文档，详细介绍了OAM协议(OAM standard protocol document, OAM protocol is introduced in detail)
EqOAM_Radar_RadiationPattern3D
- 轨道角动量OAM雷达散射三维辐射方向图，(3D radiation pattern of OAM radar)
16-QAM调制系统的FPGA实现
- 16-QAM调制系统的FPGA实现 正交幅度调制(QAM)由于具有很高的频谱利用率被DVB-C等标准选做主要的调制技术。与多进制PSK(MPSK)调制不 同，OAM调制采取幅度与相位相结合的方式，因而可以更充分地利用信号平面，从而在具有高频谱利用效率的同时可以获得比MPSK更低的误码率。(FPGA implementation of 16-QAM modulation system)
OAM
- 不同模态OAM的相位图，电场场强图，及用箭头表示相位变化(Phase diagrams, electric field intensity maps of different modes of OAM, and phase changes with arrows.)
2019-4-11汇报
- 涡旋电磁波的阵列产生方法，用matlab实现涡旋波的阵列仿真(The Array Generation Method of Vortex Electromagnetic Wave and the Array Simulation of Vortex Wave Using matlab)
vortex
- 有效观察OAM的相位模式，可自由设定拓扑荷数(Observing the phase mode of OAM effectively, the topological charge can be set freely.)
涡旋电磁波相位图
- 不同模态OAM的相位图，电场场强图，及用箭头表示相位变化。(Phase diagram, electric field strength diagram of OAM with different modes and phase change indicated by arrows.)
SLM的OAM相位
- 使用matlab制作螺旋相位版的简单程序，欢迎大家借鉴(Using matlab to make spiral phase version of the simple procedure, you are welcome to learn from)
oam
- 采用MATLAB语言生成的oam信号，可用于波动光学研究(OAM signal generated by MATLAB)
OAM
- 平面上排布不同旋转角的纳米天线产生不同几何相位调制用生成涡旋光(The vortex is generated by the different geometric phase modulation of the nanometer antenna with different rotation angles arranged on the plane)
b
- matlab仿真轨道角动量，模态值从0到+3，画出平面波和涡旋波的示意图(Matlab simulation orbital angular momentum, modal value from 0 to + 3, draw the plane wave and vortex wave diagram)