1.
Comparison and Analysis of DNB Mechanistic Models in Round Tube
圆管内偏离泡核沸腾机理模型的比较分析
2.
Corresponding explanations were given in view of boiling mechanism of highly-wetting liquid.
从强润湿性液体沸腾机理的角度对起始沸腾点的影响给出了相应的解释。
3.
Sinplify Model of Combustion of Single Washery Taling Granule in FBC
单颗煤泥在沸腾炉内燃烧机理及简化模型
4.
The Preparation and Mechanism of Zinc Oxide of Different Morphologies by the Method of Boiling Reflux;
沸腾回流法制备异形氧化锌及机理研究
5.
Predicting velocity and motive mechanism of sliding bubble in vertical flow boiling
竖直流动沸腾滑移汽泡速度预测及运动机理
6.
Visualized Experimental Investigation of Subcooled Flow Boiling Heat Transfer in Horizontal Narrow Annular Channels;
水平环形窄缝流道内流动过冷沸腾换热机理的理论和实验研究
7.
Based on the experimental result of single washery tailng granule conbuston in FBC, This paper present a simplify model of combustion.
本文提出了单颗煤泥团在沸腾炉内燃烧机理试验结果及简化模型。
8.
Small Scale Experimental Study on Boiling Liquid Expanding Vapor Explosions Mechanism;
沸腾液体膨胀蒸气爆炸（BLEVE）动力演化机理的小尺寸模拟试验研究
9.
Study on Mechanism and Process of Semicontinuous Extraction and Separation on Effectual Components from Plants by Inner Ebullition;
半连续内部沸腾提取与分离植物有效成分及其机理的研究
10.
The state or process of boiling.
沸腾沸腾的状态或过程
11.
Experimental Investigation on Nucleate Pool Boiling Heat Transfer for Mechanically Fabricated Porous Surface Tube;
机加工表面多孔管池核沸腾试验研究
12.
Study on Mechanism and Process of Extracting Effectual Component from the Plant by Two-Step of Release and Internal Boiling;
解吸-内部沸腾两步法提取植物有效成分工艺及其工艺及其机理的研究
13.
The Research of Microcomputer Supervisory System of STD General Line to the Power Station Boiling Boiler at The Entrauce of Fallery
坑口电站沸腾锅炉STD总线微机监控的研究
14.
a grave crisis of mass impoverishment, seething discontent and widespread revolt
民生凋敝、民怨沸腾、民变峰起的严重危机
15.
Popularization and Application on Effective Furnace in Fluid Bed of Dryer Combustion Chamber
烘干机燃烧室高效沸腾炉技术推广应用
16.
Experimental and Theoretical Study on Flow Boiling in Microchannel;
微细通道内流动沸腾的实验和理论研究
17.
Theoretical and Experimental Investigation of Flow Boiling Heat Transfer in Narrow Annular Channels;
环状狭缝通道流动沸腾传热的理论及实验研究
18.
An Investigation on Eighth-Grade Students Understanding of the Concepts of Evaporation, Liquefaction and Ebullition;
八年级学生对蒸发、液化和沸腾概念理解的研究