1) toxic gas diffusion
毒气扩散
1.
Based on the fact of the toxic gas diffusion from gas explosion, Gaussian puff model was improved, and the formula in accord with the diffusion rule of toxic gas from gas explosion in mines was set up.
针对瓦斯爆炸事故毒气扩散实际情况对高斯烟团模型进行改进,得出了适合井下瓦斯爆炸事故毒气扩散规律的公式,并对公式中的扩散参数进行了修正。
2) poison gas leakage and diffusion
毒气泄漏与扩散
1.
Analysis of parameters for numerical simulation of poison gas leakage and diffusion in destructive earthquake;
地震次生毒气泄漏与扩散数值模拟的参数分析
2.
In this paper, the numerical simulation and dynamic emulation of poison gas leakage and diffusion that possibly occur in the destructive earthquake are studied.
文章对破坏性地震中可能发生的次生毒气泄漏与扩散灾害进行了数值模拟与动态仿真研究 ,设定了几种有实际意义的数值分析模型 ,分别进行了结构地震破坏、有毒有害气体泄漏、在一定泄漏和气象条件下的向周围空间扩散的动态仿真研究 ,给出了典型毒气扩散过程中可致人员死亡、严重危险和有感区域的范围的动态变化结果。
3.
In this paper, the simulation of poison gas leakage and diffusion based on GIS(ArcView3.
2)的毒气泄漏与扩散模拟的实现及扩散影响的评价。
3) gas dispersion model
毒气扩散模型
1.
In this paper,we study a gas dispersion model under dynamic wind conditions,based on the Gaussian dispersion models such as Gaussian plume model and puff model that are widely used in previous literatures.
本文研究基于经典高斯扩散模式但适用于风向变化条件的毒气扩散模型。
4) illegal drug diffuseness
毒品扩散
1.
Positive analysis of floating population and illegal drug diffuseness in Yunnan;
云南省流动人口与毒品扩散的实证分析
6) moisture diffusion
湿气扩散
1.
In this article the studies on moisture diffusion process, hygroscopic stresses and moisture-induced vapor pressure are reviewed, with the emphasis on the theoretical analysis, parameter characterization and its experimental measurement and validation, as well as the finite element simulation.
微电子塑料封装中常用的聚合物材料因易于吸收周围环境中的湿气而对器件本身的可靠性带来很大影响,本文回顾了封装材料中湿气扩散、湿应力及蒸汽压力的产生这3个互相联系过程的研究情况,从理论分析、特征参数描述及其实验测定、有限元模拟分析的角度来分别予以介绍。
2.
This paper analyzes rules of moisture diffusion in PBGA and PQFP packages and influence of temperature during dry baking using finite element analysis models.
文章针对实际的PBGA和PQFP器件,利用有限元模型分析了烘烤过程中湿气扩散随时间变化的规律,以及温度对烘烤效果的影响。
补充资料:胆风毒气
胆风毒气
胆风毒气 证名。因风毒之气入胆所致昏困多睡之证。《圣济总录》:“治胆风毒气,虚实不调,昏困多睡,酸枣仁汤方。”参见嗜卧条。
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