1) scattering light intensity function
散射光强度函数
2) scattered light intensity profile
散射光强轮廓函数
3) Scattering intensity distribution function
散射强度分布函数
1.
The scattering intensity distribution function of C H 2O composite microparticles was calculated by means of the Aden s and Kerer s theory of Mie scattering.
利用 Aden和 Kerker复合微粒子 Mie散射理论计算 C-H2 O复合微粒子的散射强度分布函数 ,分析影响散射强度分布的因素 ,解释由其造成的大气温室效应 ,以及在光电对抗中的应用 。
2.
The extinction cross section, scattering cross section, and scattering intensity distribution function of Al 2O 3micro-particles imbedded in polymer have been calculated using Aden s and Kerker s theory on Mie scattering.
Kerker微粒子 Mie散射理论计算了处于高分子介质中的Al2 O3微粒子的消光截面、散射截面以及散射强度分布函数 ,并和它们在空气介质中的结果进行了比较。
4) intensity of sca ttered light
散射光强度
5) γ-ray strength function
γ射线强度函数
1.
Using the hypothesis as well as the γ-ray strength function proposed by us, the neutron radiative capture reaction cross sections and the γ energy spectra have been calculated for 93Nb,natural Ag and 181Ta in the neutron incident energy region from 0 01 to 5MeV as well as for 197Au in the neutron incident energy region from 0 01 to 10MeV.
利用据此建立的包括这些过程在内的γ射线强度函数 ,计算了在核素93Nb ,1 81 Ta和天然元素Ag上入射中子能量在 0 。
2.
Supposing that in the primary and cascade gamma de-excitation processes of the compound nu- cleus, besides the giant dipole resonance model, there exist the deexcitation processes of the excited states of 6He, 6li,6Be, 7Li and 7Be particle Clusters, the γ-ray strength function in which these pro- cesses.
文章假定在复合核首次和级联γ退激过程中，除包含巨偶极共振模式外，还存在６Ｈｅ，６Ｌｉ，６Ｂｅ，７Ｌｉ和７Ｂｅ等粒子集团的激发态的退激过程，并据此建立了包括这些过程的γ射线强度函数，计算了入射中子能量在０。
6) laser scattering intensity
激光散射强度
1.
The relationship between the basis weight and scattering intensity of nonwoven fabrics is studied with the principal of photometric measurement, and there are 3 kinds of practical nonwoven fabrics made with different processin g methods are investigated by the computer - program - controlled laser scattering intensity testing system.
应用光技术测量原理研究了非织造布的激光散射强度与面密度的关系,并应用计算机程序控制非织造布激光散射强度测定系统测定和分析了3种加工方法的非织造布试样。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条