1.
tar destruction producer
焦油分解气体发生器
2.
Study on Decomposition Phosphogypsum in Circulating Fludized Bed and Fule Gas's Using;
循环流化床分解磷石膏及分解气体资源化研究
3.
Pre-desulfurization of Huozhou Coal by Pyrolysis and the Analysis of Pyrolytic Gases;
霍州煤热解预脱硫及其热解气体分析
4.
Determination of trace water in the gases--Electrolytic method
GB/T5832.1-1986气体中微量水分的测定电解法
5.
A chemist can analyze water into two colorless gases, hydrogen and oxygen.
化学家能将水分解成无色气体 氢和氧。
6.
A chemist can analyse water into two colorless gases , hydrogen and oxygen .
化学家能将水分解成无色气体氢和氧。
7.
Theoretical Explanation of Molecular Structure of Noble Gas Compounds;
稀有气体化合物分子结构的理论解释
8.
Investigation on SF6 Decomposition Products in GIS and Affecting Factors
GIS设备气体分解物及其影响因素研究
9.
Chromatographic Analysis and Diagnosis on Dissolved Gas in Transformers
变压器油中溶解气体色谱分析与诊断
10.
Analysis for CO and CO_2 gas dissolved in transformer oil
对变压器油中溶解CO和CO_2气体的分析
11.
gas-solubility coefficient
气体溶解（度）系数
12.
The General Analytical Methods for Gases Dissolved in Liquids:Sonoluminescence
液体中溶解气体的普适分析方法-声致发光法
13.
The Composition of Gases Dissolved in Insulation Oil and Fault Inside Transformer;
绝缘油中溶解气体成分与变压器故障分析
14.
Low-Temperature Pyrolysis and Gas Composition Analysis of Thermal Insulation Materials of Waste Refrigerators
废冰箱保温材料低温热解及气体成分分析
15.
Because water is polar, it can break down, or dissolve, both solids and gases.
由于水具有极性,所以它可以分解或溶解成固体和气体.
16.
A Brief Analysis of the Application of Gas Chromatography to Determinate the Dissolved Gas in Insulating Oil
浅析气相色谱分析技术在分析绝缘油中溶解气体中的应用
17.
solid-state electrolyte gas transducer
固体电解质气体传感器
18.
Ammonium chloride under thermal dissociation forms ammonia and hydrogen chloride gases.
氯化铵在热力分解作用下形成氨和氯化氢气体。