1.
A Cold Experimental Research on the Recirculating Calciner for High Solid-gas Ratio;
外循环式高固气比分解炉的冷模试验研究
2.
Thermodynamics Simulation of Preheating-precalcining Whole Kiln System with High Solid-gas Ratio;
高固气比预热预分解全窑系统热力学仿真研究
3.
Factors Study on Used Tire Grain Ratio of Solid and Gas in Pneumatic Conveying
气力输送废轮胎颗粒固气比影响因素的实验研究
4.
A Cold Model Experimental Research on the Tri-series Cyclone Preheater with High Solid-gas Ratio;
三系列高固气比旋风预热器系统的冷模试验研究
5.
Research on Properties of SO_2 Exhaustion Reduction by Preheater-Precalciner Technology with High Ratio of Solid to Gas;
高固气比悬浮预热预分解技术二氧化硫减排特性研究
6.
The gas is much less dense than either the solid or the liquid.
气体的密度比固体和液体要小得多。
7.
In general, my reaction is that we should proceed cautiously.
一般来说，固体传送声音比液体和气体都快，因为固体更富有弹性。
8.
Comparison between two fixed methods of orotracheal intubation
经口腔气管插管两种固定方法的效果对比
9.
Experimental Research on the Entrance Percentages of Harmful Elements into Gas and Solid during the Process of Smoking
香烟燃烧过程有害元素气固分配比实验研究
10.
The volume of a gas increases more quickly than the volume of a liquid, and the volume of a liquid increases more quickly than the volume of a solid.
气体膨胀得要比液体快，而液体膨胀得要比固体快。
11.
Gases differ from solids in that the former have greater compressibility than the latter.
气体和固体的区别在于前者的可压缩性比后者更大。
12.
The relationship of the initial gas and particle velocity ratio and suspended velocity, friction coefficient is analyzed.
分析了初始气固速度比与悬浮速度、壁摩擦损失系数的关系。
13.
The molecules of gases move more freely than do those of liquids and solids.
气体分子运动比液体分子和固体分子运动更为自由。
14.
GLS (Gas-Liquid-Solid Chromatograph)
气-液-固体色谱法
15.
To lose gas, as from a solid.
除气释气，如从固体中
16.
All bodies of matter conduct heat to some degree. But many solids conduct heat better than do liquids, and liquids better than gases.
一切物体都能在某种程度上传热，但许多固体比液体传热性能好，而液体又比气体好。
17.
fixed ratio schedules
固定比率时间表 固定比率时间表
18.
"Charles's law-named for J.-A.-C. Charles (1746-1823)-states that, at constant pressure, the volume V of a gas is directly proportional to its absolute (Kelvin) temperature T, or V/T = k"
查理定律说明,在压力固定,气体的体积V与绝对温度T成正比,表示成V/T=k。