Belmonte Aniceto
Opt Express. 2003 Aug 25;11(17):2041-6. doi: 10.1364/oe.11.002041.
The simulation of beam propagation permits examination of the signal degradation in a heterodyne receiver caused by refractive turbulence under general atmospheric conditions and at arbitrary transmitter and receiver configurations. At shorter wavelengths, an understanding of turbulence effects is essential for deciding the optimal telescope parameters, i.e., focal length and aperture diameter, of a practical heterodyne lidar.
光束传播的模拟允许在一般大气条件下以及任意发射机和接收机配置下，研究由折射湍流引起的外差接收机中的信号退化。在较短波长下，了解湍流效应对于确定实际外差激光雷达的最佳望远镜参数（即焦距和孔径直径）至关重要。
