scattering loss
英 [ˈskætərɪŋ lɒs]
美 [ˈskætərɪŋ lɔːs]
散射损失
双语例句
- We present a simple technique to on-line measure the influence of scattering loss of ceramic on laser performance.
我们通过一种简单方法来在线测量陶瓷散射损耗对激光器性能的影响。 - During the process of stimulated rotational Raman scattering, the energy loss will vary dramatically with even minor changes in the intensity of input laser pulse.
受激转动拉曼散射过程中，入射光束功率密度微弱变化所产生的散射光能量变化剧烈。 - Influence of the Fabrication Error in IBF on the Scattering Loss
离子束加工误差对散射损失的影响研究 - Self-absorption effect and scattering loss revision for the optically pumped far infrared laser
光泵远红外激光自吸收效应和散射损耗的修正 - Scattering loss in optical thin-film
光学薄膜的散射损耗 - Influence of mid-and-high frequency errors from optical processing on ratio of scattering loss
光学加工中高频误差对散射损失比的影响 - Theoretical analyses of extrinsic scattering loss in fluoride glass fiber
氟化物玻璃光纤非本征散射损耗的理论分析 - The Effect and Influence of Loss for Waveguide Rr AOS THE MEASUREMENT OF SCATTERING LOSS IN CAVITY OF A CW CHEMICAL OXYGEN-IODINE LASER
损耗在波导环腔全光开关中的作用和影响连续波氧碘化学激光器腔内散射损耗测量 - This result also provides the data of scattering loss in cavity for resonator design.
这说明O2（~1△）经过冷阱后进入光腔的质量非常好，这个结果也为今后光腔设计提供了一个腔内散射损耗的数据。 - The surface scattering loss of the coatings increases with increasing annealing temperature, the film made from sol of different aging time has different scatting loss.
TiO2，SiO2单层膜的表面散射率随着热处理温度的提高而变大，对于不同陈化时间的溶液镀制的膜有不同的表面散率。 - The effect of technological parameters on the scattering loss of fluoroziconate glass fiber is studied.
研究了各种工艺因素对氟锆酸盐玻璃和光纤散射损耗的影响。 - Investigation on Rayleigh scattering loss in single mode optical fibers
单模光纤的瑞利散射损耗研究 - Analysis of scattering loss of laser reflector and design
激光反射镜的散射损耗分析与设计 - A simple effective method for measurement of absorption loss and scattering loss of optical fibers
测量光纤吸收损耗和散射损耗的一种简单有效方法 - The surface scattering loss ( SSL) in the optical loss of laser reflectors is the main, sometimes fatal influence on the performance and test of high-grade precision and advance instruments.
在激光反射镜的光学损耗里，表面散射损耗（SSL）对高精密的激光仪器性能和实验影响尤甚，有时是致命的。 - It is shown that the glass-melting temperature, the homogenizing time, and the water content in the environment during the glass-melting and the fiber-drawing process are very important technological parameters in order to reduce the scattering loss.
结果表明，选择适当的熔化温度和均化时间，玻璃熔化和光纤拉制时环境中低的水含量是制得的损耗氟锆酸盐玻璃光纤的关键； - Deriving Rayleigh Scattering Loss From Coupled Mode Theory
从耦合模理论导出瑞利散射损耗 - In this paper, the scattering loss in the crystals is about 1 × 10-3 cm-1. The reasons that lead the crystal to crack in detail and solve this problem finally were discussed.
测定了晶体中的散射损耗约为1×10-3cm-1.详细讨论了引起晶体开裂的主要原因，并在此基础上基本解决了晶体开裂的难题。 - The measurement of electron temperature of plasma by laser scattering and the energy loss of θ-pinch plasma
用激光散射法测量等离子体的电子温度和θ-收缩等离子体能量损失的研究 - Asphalt Mixture Antifreeze Capability Evaluation Using Freezing-Thawing and Scattering Loss Test
利用冻融飞散试验进行沥青混合料抗冻性能评价 - Analysis of Scattering Loss in Optical Thin Films
光学膜散射损失分析 - There is a strong correlation between the Rayleigh scattering loss and the power confinement factor.
分析表明，单模光纤的Rayleigh散射损耗与功率限制因子密切相关； - The SCF absorption loss spectra, scattering loss spectra, and scattering position spectra can be measured.
利用本装置可获得单晶光纤的吸收光谱，透过率谱，散射光谱以及散射位置谱。 - Mode Selection by Scattering Loss in BH Semiconductor Lasers
半导体BH激光器中散射过程的选模作用 - Under weaker pumping conditions stimulated thermal Rayleigh scattering would loss weaker phase information in original wavefront as same as stimulated Brillouin scattering did due to threshold effect;
由于阈值效应，弱抽运时受激热瑞利散射与受激布里渊散射一样将丢失原始波前中较弱的相位信息； - A classic continuous energy loss physical model, which is Rutherford elastic scattering and Bethe energy loss model, is adopted to analyze the elastic and inelastic scattering, range, energy loss of electrons injected into solid.
选用经典能量连续损失物理模型，即Rutherford弹性散射和Bethe能量损失，分析电子在固体物质中的弹性散射和非弹性散射，电子的射程及能量损失规律。 - Moment Method Study for the Scattering Loss Caused by a Point Defect in a Planar Waveguide
矩量法研究平面波导点缺陷引起的散射损耗 - The rectangle optical waveguide scattering loss theory mode was established and its validity was proved by optical simulation.
根据平板波导散射原理建立了矩形光波导的散射损耗理论模型。 - Based on the results we contrast the acoustic excitation troposphere over-the-horizon communications scattering loss and scattering waves excited in silent scattering loss. At last we make an assessment about the troposphere over-the-horizon communications scattering performance in existence the acoustic.
给出了对声波激励下对流层超视距散射通信散射损耗与无声波激励时散射损耗的对比，对声波激励下对流层超视距散射通信性能做出了评估。 - The approaches to control FCA and scattering loss induced by sidewall roughness were proposed due to the waveguide sidewall roughness on the base of the analysis of main physical mechanism of SOI rib waveguide internal loss.
分析了SOI脊形波导内部损耗的主要物理机制，给出了波导侧壁粗糙度引起的散射损耗和自由载流子吸收损耗的控制途径。