THE PHOTO-INDUCED CARRIER DISTRIBUTION IN A SEMICONDUCTOR RECTANGULAR WAVEGUIDE

Seeds A J, DeSalles A A A, IEEE Trans. on MTT, 1990, MTT-38(5): 577-585.[2]DeSalles A A A, IEEE Trans. on MTT, 1983, MTT-31(5): 812-820.[3]Platte W, Sauerer B, IEEE Trans. on MTT, 1989, MTT-37(1): 139-149.[4]Lee C H,et al. IEEE J. of QE, 1980, QE-16(3): 277-288.[5]Vaucher A M,et al. IEEE Trans. on MTT, 1983, MTT-31(2): 209-216.[6]Tsutsumi M, Shimasaki H, Morgan G B. IEE Proc.-H, 1991, 138(6): 527-531.[7][7][8]Shen Y, Nickerson K, Litva J. IEEE Trans. on MTT, 1993, MTT-41(6/7): 1005-1010.[9]Lee C H, Ed, Picosecond Optoelectronic Devices. Orlando, FL:Academic, 1984: 127.[10][9][11]КИРЕЕВПС.Semiconductor Physics. English translation, Moscow: Mir Publishers, 1978: 602 461-496.[12]吴祥应,周世平,徐得名.光控矩形介质波导毫米波传播特性的FDTD法分析.电子科学学刊,19(4):.