scattering efficiency
英 [ˈskætərɪŋ ɪˈfɪʃnsi]
美 [ˈskætərɪŋ ɪˈfɪʃnsi]
散射效率
双语例句
- In the case of high input optical power, the insertion loss is proportional to the input optical power due to the stimulated Brillouin scattering ( SBS), and the slope is related to the SBS efficiency.
当在高功率情况下，受激布里渊散射（SBS）会导致非线性光纤的插入损耗随注入光功率线性增加，其斜率与SBS转换效率有关。 - Influence of the Light Scattering by AgCl Particles on the Diffration Efficiency of the Dilute Developed Hologram
氯化银颗粒的光散射对稀释显影全息图衍射效率的影响 - For the frequency conversion crystals of large aperture, the transverse stimulated Raman scattering ( TSRS) is the most damaging nonlinear effect, which will lead to the loss of laser energy and the degradation of the frequency conversion efficiency.
对于频率转换系统中的大口径频率转换晶体来说，在垂直于泵浦光传播方向产生的横向受激拉曼散射（TSRS）是最具破坏性的非线性效应。 - The multiple scattering method is used to simulate the behavior of the demultiplexer. Result show that the demultiplexing efficiency is very high when the point defects are symmetrically arranged at both sides of the central line of the inlet waveguide.
应用多重散射的方法模拟计算这种器件的结果显示，当点缺陷对称的分布在中央波导的两侧时，波分解的效率非常高。 - We calculated the scattering efficiency of different vibrational modes.
选择不同几何配置的拉曼光谱，获得了不同的晶格振动模并计算了不同晶格振动模的散射效率。 - Being an approximate HF method in evaluating EM scattering, the complex ray method ( CRM) is valuable in actual applications, mainly benefited from its simple physical model, convenient mathematical formulation and computational efficiency, especially with the scenes of scattering from complex objects.
复射线技术作为一种求解波场问题的高频近似方法，由于其具有物理模型简单、数学处理方便、计算效率高等优点，在复杂目标散射特性分析等应用领域中有着重要的应用价值。 - The analysis of amplitude and phase of scattering wave functions demonstrates the efficiency of these methods.
对散射波函数进行的振幅与位相分析证实了这种方法的有效性。 - At relatively high pressure, in addition to electromagnetic field and electron's Coulomb scattering by gas molecules, plasma instability would result in decrease of propagation efficiency.
而较高气压时，束电子除受自身电磁场作用及库仑碰撞散射外，等离子体不稳定性使束流传输效率明显降低。 - The photo scattering resistance ability, diffraction efficiency, response time and photoconduction of Mg: Fe ∶ LiNbO 3 were measured.
测试了Mg∶Fe∶LiNbO3晶体抗光致散射能力、衍射效率、响应时间和光电导。 - In this paper, the scattering, extinction and absorption efficiency of sand dust is investigated for the infrared radiation in atmosphere on the basis of the Mie theory.
根据Mie散射理论用数值法研究了沙尘粒子对大气红外辐射的散射、消光和吸收效率，揭示了不同粒径的沙尘粒子在不同红外辐射波段消光和吸收的特点。 - The examples of scattering by a conducting cylinder and by a dielectric body verify the efficiency of our new procedure.
良导电柱体和介质块散射的实例证实了本文方法的有效性。 - Nuclear scattering angles are in principle determined with the classical scattering integral while in operation the interpolation schemes are used, such that TCIS provides both high calculation efficiency and accuracy.
核散射角原则上用散射积分直接求解，实施中用插值技术进行计算，从而使TCIS与同类程序比较运算速度快、计算精度高。 - Adaptive integral method has been used to the electromagnetic scattering analysis of 3D structures. Subsequently Different parameters in the algorithm which affect the accuracy and efficiency of the AIM are discussed.
本文将该方法成功应用于求解任意三维导电目标的电磁散射分析，进一步分析了不同的控制参数对计算精度和效率的影响。 - The independent two-cell system was numerically simulated by the theoretical model of the transient stimulated Brillouin scattering. The depleted pump energy convertion efficiency versus pump power density is given.
利用瞬态包含泵浦抽空的SBS理论模型对独立双池受激布里渊散射系统进行数值模拟，给出了能量转换效率随泵浦功率密度的变化规律。 - Based on Mie's theory, the scattering efficiency factor of a spherical particle is analyzed, the scattering coefficient of spherical particles 1~ 6 μ m in radius is presented.
在Mie理论的基础上，从单个球形粒子的散射效率因子出发，得到了1~6μm群体粒子的散射系数。 - Due to stimulated Brillouin scattering ( SBS) suppression, the forward first-Stokes ( FS1) conversion efficiency is only 3.8% in pure O_2. In comparison, the accompanying SBS attains a reflectivity of 70%.
由于受激布里渊散射（SBS）的竞争抑制，纯O2气中前向一级斯托克斯（FS1）转化效率只有3.8%，而SBS的反射率达70%。 - In narrow pump linewidth ( 0.003 cm~ (-1)) case, since the gain coefficients for backward stimulated scattering increase highly, thus a relatively high conversion efficiency for backward scattering can be obtained.
单纵模（0.003cm~（-1））泵浦模式下，后向散射由于其增益系数大大变强，因而可以获得较高的转换效率。 - The coated large TiO2 powders were used as a scattering layer of DSSCs to increase the energy conversion efficiency from 6.2% to 7.1%.
包覆后的大颗粒制备成二氧化钛光阳极的散射层，使DSSCs的光电转化效率从6.2%提高到了7.1%。 - Schemes on implementing the hybrid method to analyze EM scattering properties of complex objects is discussed, and improvement of the accuracy, efficiency and versatility of the hybrid method is also discussed.
探讨和研究应用该混合方法分析复杂目标电磁散射特性的实现方法以及该混合方法的精度、效率和通用性的提高等问题。 - Wavelength selection of hyperspectral scattering images is a basic approach for improving efficiency and precision.
对高光谱散射图像的波段进行最优选择，是提高检测效率和检测精度的根本途径。 - For target echoes with different scattering characters, the range alignment algorithm based on minimum sum all behaves well with high efficiency.
对于不同散射特征的目标回波，包络最小和法具有稳健的对准性能，且运算速度较快。 - Traditional methods always make non-functional code tangling and scattering in functional code, which reduces the efficiency and maintainability.
传统方法在实现中常常导致非功能性代码缠绕或分散于功能性代码中，给软件设计和开发带来困难，降低了效率和可维护性。 - Due to increased phonon scattering, the Si nanowire nanocomposites with modification are expected to achieve lower thermal conductivity and larger thermoelectric conversion efficiency.
由于声子散射增强，经过修饰的si纳米线复合结构的热导率可以进一步降低，从而获得更大的热电转换效率。 - Moreover, in the scattering efficiency spectrum with small q, the quadrupole and octupole resonant peaks may be much higher and sharper than that of dipole resonance.
此外，在散射效率谱中，当较小时，四极矩和八极矩的共振峰可能远远高于偶极矩的共振峰，并且形状十分尖锐，从而表现出异常散射特性。 - The bistatic radar scattering section ( RCS) of electrically large dielectric sphere, plane, car and the resultant parallel accelerated ratios are given to demonstrate the accuracy and efficiency of the proposed parallel algorithms.
计算了电大尺寸的介质球，汽车，飞机等模型的双站雷达散射截面，并详细分析了并行计算的加速比，数值结果验证了所提出并行算法的精确性和高效性。 - The scattering efficiency factors of cuboid, ellipsoid and cylinder particles were calculated by using the DDA method under different size parameters, and compared with the results of the equivalent-volume spheres based on Mie theory.
基于两种方法计算了长方体、椭球体和圆柱体三种不同形状粒子以及等体积球形粒子在不同尺度参数下的散射效率因子。 - The methods of measurement and error control and adjust of measure course about scattering parameter, impedance, radiation pattern, power, efficiency and gain, etc. are given.
通过对微机械天线的实验研究，给出了微机械天线散射参数、阻抗、谐振频率、辐射方向图、功率、效率及增益等的测量方法及测量过程中误差控制及调校方法。 - Raman spectroscopy is kind of spectroscopic analysis technology arising from Raman scattering effect, has non-destructive, rapid, high efficiency, real-time advantages, which is widely applied in material, petroleum, biology, geology and so on.
拉曼光谱分析是一种以拉曼散射效应为基础的光谱分析技术，具有无损分析、分析速度快、效率高、实时检测等优点，在材料、石油、生物、地质等领域得到广泛应用。