1) Intensity of heat emission
散热强度
1.
Furthermore,the analytic formula of heat absorbed Q c,heat dissipation Q h,input power P and refrigeration coefficient ε were obtained,and the graphs for the relation of heat absorbed Q c,heat dissipation Q h,input power P ,refrigeration coefficient ε and intensity of heat emission α 1 by numerical calculatio.
对热电制冷电偶对进行传热分析 ,得到了热电制冷性能与热端散热强度之间的微分方程 。
2) Thermal strength Radiation-radiator
散热强度辐射型散热器
3) intensity of heat dissipation in workshop
车间散热强度
4) Enhanced heat emission
强化散热
5) forced heat dissipation
强制散热
1.
The air flow and heat dissipation behaviors in a single air passage of rotor disc in an eddy current retarder with original structure and attached inline and staggered pin fins structures for forced heat dissipation are comparatively analyzed using standard k-ε double equations and energy equation.
应用标准k-ε双方程和能量方程,对比分析了原结构和加装顺排与叉排销式强制散热结构时缓速器转子盘单个风道的空气流动和散热状况。
6) scattering intensity
散射强度
1.
Light scattering intensity calculation of metal sphere microparticle;
金属球形微粒光散射强度分布的分析与计算
2.
The distribution of scattering intensity and polarizability angle of soot particles with different incident angles was provided.
基于离散偶极子近似方法,计算了烟尘粒子的光学特性,得到了烟尘粒子的光学截面随入射角的变化关系,结合Muller散射矩阵,给出了不同入射角情况下烟尘粒子散射强度和极化度的角分布,为研究电磁信号在烟尘中的传输提供了一种理论方法。
3.
This paper presented formula to calculate the scattering intensity and scattering coefficients of plane polarized light based on Mie theory.
论文在Mie理论基础上,给出了球形粒子对平面偏振光的散射强度和散射系数公式,利用连分式递推算法进行了编程计算,重点对1。
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