TN252 97031802He<sup>+</sup>离子注入LiNbO<sub>3</sub>晶体波导的制备及其性能研究=Study of property and formation of He<sup>+</sup> ionsimplantedLiNbO<sub>3</sub> wavegui...TN252 97031802He<sup>+</sup>离子注入LiNbO<sub>3</sub>晶体波导的制备及其性能研究=Study of property and formation of He<sup>+</sup> ionsimplantedLiNbO<sub>3</sub> waveguide[刊,中]/卓壮,李健,王象泰(山东师范大学物理系.山东,济南(250014)),王克明(山东大学物理系.山东,济南(250100)),Y GChow(香港城市理工学院电子工程系.香港)//光学学报.-1996,16(8).展开更多
TN252 2000042653非线性薄膜波导TE模色散特性的多层分割法计算=Dispersion characteris tics of TE modes in nonlinearslab guides:A stratification method[刊,中]/佘守宪(北方交通大学物理系.北京(100044))//光学学报.—1999,19(9)....TN252 2000042653非线性薄膜波导TE模色散特性的多层分割法计算=Dispersion characteris tics of TE modes in nonlinearslab guides:A stratification method[刊,中]/佘守宪(北方交通大学物理系.北京(100044))//光学学报.—1999,19(9).—1212—1217对于芯区为非线性介质。展开更多
In this work propagation of anti-plane (SH) waves in two piezoelectric ceramic half-spaces with a thin layer of a semiconducting material between the half-spaces is studied, and wave attenuation and dispersion caused ...In this work propagation of anti-plane (SH) waves in two piezoelectric ceramic half-spaces with a thin layer of a semiconducting material between the half-spaces is studied, and wave attenuation and dispersion caused by semiconduction as well as wave amplification by a biasing electric field are examined. Key words Piezoelectricity - Semiconductor - Wave - Attenuation - Dispersion Document code A CLC number TH11展开更多
文摘TN252 97031802He<sup>+</sup>离子注入LiNbO<sub>3</sub>晶体波导的制备及其性能研究=Study of property and formation of He<sup>+</sup> ionsimplantedLiNbO<sub>3</sub> waveguide[刊,中]/卓壮,李健,王象泰(山东师范大学物理系.山东,济南(250014)),王克明(山东大学物理系.山东,济南(250100)),Y GChow(香港城市理工学院电子工程系.香港)//光学学报.-1996,16(8).
文摘TN252 2000042653非线性薄膜波导TE模色散特性的多层分割法计算=Dispersion characteris tics of TE modes in nonlinearslab guides:A stratification method[刊,中]/佘守宪(北方交通大学物理系.北京(100044))//光学学报.—1999,19(9).—1212—1217对于芯区为非线性介质。
文摘In this work propagation of anti-plane (SH) waves in two piezoelectric ceramic half-spaces with a thin layer of a semiconducting material between the half-spaces is studied, and wave attenuation and dispersion caused by semiconduction as well as wave amplification by a biasing electric field are examined. Key words Piezoelectricity - Semiconductor - Wave - Attenuation - Dispersion Document code A CLC number TH11