1.
Propagation of Partial Arc During the DC Pollution Flashover Process for Insulator String at Low Air Pressure
低气压下直流绝缘子串污闪过程中局部电弧发展特性
2.
DC Pollution Flashover Process for Insulator String at Low Air Pressure
低气压下绝缘子串直流污闪放电过程
3.
Study on AC Flashover Performance and Process of Long Iced Insulator Strings;
污秽覆冰绝缘子（长）串交流闪络特性和过程研究
4.
The process of flashing involves ionization on the dirty surface concerning the factors of electric, heat and chemicals, thermal dynamic equilibrium process of local electric arc occurrence and development.
污闪是一种与电、和化学因素有关的污秽表面气体电离及局部电弧发生、展的热动力学平衡过程。
5.
Simulation of Separation Process with a Reaction II. Reactive Flash
反应分离过程模拟 Ⅱ.反应闪蒸过程
6.
MULTICOMPONENT-MULTISTAGE ADIABATIC FLASH PROCBSS(Ⅲ)──INDUSTRIAL APPLICATION
多组元多级绝热闪蒸过程的研究（Ⅲ）──多级闪蒸过程的工业应用
7.
The Intelligent Optimization Method and Its Application in Copper Flash Smelting Process;
铜闪速熔炼过程智能优化方法及应用
8.
Theoretical study on the process of chemical reactions of lightning-generated NO
闪电产生一氧化氮(NO)过程的理论研究
9.
Discussion on Pressure Acid Leaching of Sphalerite Concentrate
闪锌矿精矿加压酸浸过程探讨(英文)
10.
Process and Trial Production of No.2 Flash Furnace in Guixi Smelter
贵冶2~#闪速炉工艺过程及试生产实践
11.
Elementary Research of Lightning Potential Forecasting and Comprehensive Application on Data of the Lightning Location System and Radar in a Squall Line;
闪电潜势预报及飑线过程中闪电雷达资料综合应用的初步研究
12.
The operation of scintallator counters, on the other hand, depends upon excitation.
另一方面，闪烁计数器是依靠激发过程工作的。
13.
The overwhelming loss in counting efficiency occurs during the scintillation process itself.
绝大多数计数效率的损失出现在闪烁过程本身。
14.
Experimental study on the process of the drying deer lees in the spin flash dryer
旋转闪蒸干燥器干燥酒糟过程的实验研究
15.
A CASE STUDY OF CLOUD-TO-GROUND LIGHTNING ACTIVITIES IN HAILSTORMS UNDER COLD EDDY SYNOPTIC SITUATION
一次冷涡天气系统中雹暴过程的地闪特征分析
16.
Studies on Flash-Strip Fermentation Process for Ethanol Production;
用于乙醇生产的同步闪蒸汽提发酵过程研究
17.
The Numerical Analysis and Optimization on Process in Copper Flash Furnace;
炼铜闪速炉熔炼过程的数值分析与优化
18.
Study on the Process of Roasting Operation Parameters for High-iron Sphalerite;
沸腾焙烧高铁闪锌精矿工艺过程的研究