The optical waveguide characteristics such as waveguide mode field profile , and the mode cut - off conditions , and the waveguide dispersion are analyzed with the solution of a certain wave equation 光波导理论研究从波动方程与射线光学的角度入手,得出模式方程,并分析了波导模式、波导的截止条件。
Based on the theory of geometrical optics , the relationship between the axial force exerted on the micro - sphere particles in the mie scattering field and the main parameters of laser is calculated quantitatively when the absorption is considered . the results not only show the relationship between the axial force and some parameters , that include the absorption coefficient of microscopic particles , the laser wave - length , power and so on , but also are useful for choosing parameters in experiments 摘要以射线光学模型为基础,对微粒直径远大于激光微束的米氏粒子在考虑对光的吸收时轴向力与光源参数的关系进行了计算,计算结果给出了轴向力与微粒的吸收系数、波长、激光功率等参数的关系,为实验中参数的选择提供了依据。
β射线: beta ray光学: optics; photology; photics射线光学码: ray-optic code射线光学方程: ray-optic equationx线光学: x-ray optics光线光学: ray optics紫外线光学: ultraviolet opticsx 射线光谱: x ray spectrumx射线光刻: x ray lithography; x ray printingx射线光谱: x ray spectrum; x-ray spectrumx射线光源: x-ray photon sourceβ-射线光谱: beta-ray spectrumγ射线光谱: gamma spectroscopy; gamma-ray spectroscopy发射线光谱: emission line spectrum射线光度计: x-ray photometer x; x-ray photometerx射线光度学: x-ray photometry x射线光刻: x ray lithography射线光刻胶: x ray resist射线光谱: gamma ray spectroscopy射线光谱图: x ray spectrogram射线光谱学: x ray spectroscopy; x-ray spectrography x; xray ectroscopyx射线光谱仪: multi collectors mass spectrometer; spectrometer, x-ray x; wavelength dispersion x-ray spectrometer; xray ectrometerx射线光线: ray射线光源: x-ray photon source x射线光栅: radial grating