1) band model
谱带模型
1.
As the thermal radiation of coating surface on Low E glass is strongly influenced by its spectrum, the nongray band model in diffusing enclosure was used to numerically simulate the surface radiative characteristics of Low E glass in combination with the glass properties of absorptivity and transmissivity.
采用漫射封闭腔内非灰谱带模型 ,并结合玻璃吸收和透射的性质 ,对Low E玻璃镀膜侧表面的热辐射特性进行了数值模拟研究 。
2.
Bearing in mind the imperfections of computational model for Non gray gases radiation properties, the modification of a revised band model is proposed to take into consideration, the effect of wavelength, temperature, total pressure and ingredients of gases mixture, and Line broadening degree and index band parameters are presented to justify the computer code.
针对目前气体辐射特性计算模型存在的不完善因素 ,本文通过考虑波长、温度、总压以及气体成份对总辐射特性的影响 ,提出用谱线增宽程度和指数宽带参数对现有的混合气体谱带模型进行修正 。
2) spectral band model
谱带模型
1.
By using the finite volume method and the spectral band model, the coupled radiative-conductive heat transfer is numerically simulated in an absorbing, emitting, scattering and non-gray medium.
将有限体积法与谱带模型结合 ,求解了吸收、散射性非灰介质内的耦合换热 。
2.
The combined radiation-conduction heat transfer in the cylindrical semi-transparent medium is simulated by using finite volume method and spectral band model.
将谱带模型与有限体积解法相结合；求吸收、发射、散射性非灰介质圆柱体内辐射传递方程。
3) narrow band model
窄谱带模型
1.
The purpose of this dissertation is to study the application of narrow band model on.
研究了窄谱带模型在气体辐射中的运用,根据气体介质的物理性质,计算了对应各个波长段的辐射强度和穿透率。
2.
The purpose of this dissertation is to study the application of narrow band model on gas radiation.
本文的目的是研究窄谱带模型在气体辐射中的应用。
4) exponential wide band model
指数宽谱带模型
1.
The equivalent line width for main bands of water vapor was computed using the wide band k distribution model,and compared with that obtained using line-by- line calculations,Edwards exponential wide band model and other wide band k-distribution model.
并与逐线计算、Edwards指数宽谱带模型和以前的一些宽带k分布模型作了比较。
5) spectral band model parameter
谱带模型参数
1.
On the basis of the newest high resolution high temperature gas spectral data base HITEMP and by way of a rational extrapolation obtained were the water vapor spectral band model parameters in the 300 3000 K temperature range.
本文以最新的高分辨率高温燃气光谱数据库HITEMP为基础 ,通过合理的外推 ,计算得到 30 0～ 3 0 0 0K的温度范围内水蒸气谱带模型参数 :平均吸收系数、谱线密度、谱线半宽 ,建立了比 1973年NASA发布的数据更新、更详细的模型参数表。
6) narrow band parameters
窄谱带模型参数
补充资料：E谱带
分子式：
CAS号：
性质：紫外光谱吸收谱带有多种分类及命名法。E谱带是伯沃和布洛德的命名法（Burawoy and Braude nomenclature）中的一种表示。它表示由芳香族化合物中电子运动所引起的弱紫外吸收，它出现在<200nm的真空紫外区。
CAS号：
性质：紫外光谱吸收谱带有多种分类及命名法。E谱带是伯沃和布洛德的命名法（Burawoy and Braude nomenclature）中的一种表示。它表示由芳香族化合物中电子运动所引起的弱紫外吸收，它出现在<200nm的真空紫外区。
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