基本释义:

氢氧爆气光

网络释义

1)oxyhydrogen light,氢氧爆气光

2)Oxy-hydrogen,氢氧爆轰

3)hydrogen detonation,氢氧爆炸

4)Hydrogen-Oxygen mixed gases,氢氧气

5)oxyhydrogen light,氢氧(碳)光

6)hydrogen-oxygen detonation wind tunnels,氢氧爆轰风洞

用法和例句

the experiments of Oxy-hydrogen direct initiation by meansof turbulent jet are made systematically.

为探讨氢氧爆轰驱动激波风洞中的高氢混合比氢氧混合气直接爆轰的点火方法，对射流点火管的点火能力进行实验研究发现，点火管长度是决定射流点火能力的关键因素，射流点火能力随点火管长度的增加而增强。

Take the place of Hydrogen-Oxygen mixed gases,the cuting consumption per ton steel reduced by 0.

使用新能源氢氧气替代丙烷气作为火焰切割的燃气介质,吨坯切割费用0。

tetrabutylammonium hydroxide solution

四丁基氢氧气化铵溶液

Oxygen / Hydrogen Electrolytic Gas Generation Apparatus

氧／氢电解气体制造装置

Water is said to consist of oxygen and hydrogen .

据说水由氢气和氧合成。

Being heated, water dissolves into hydrogen and oxygen.

水经过加热后变成氢气和氧气。

Oxygen unites with hydrogen to form water.

氧气和氢气结合就成为水。

Oxygen and hydrogen are released from the water which is reduced by electrolysis.

氧气和氢气从电解水中被释放出来。

Gaseous hydrogen systems must be purged of air, oxygen, or other oxidizers prior to admitting hydrogen to the systems, and purged of hydrogen before opening the system to the atmosphere.

在氢导入之前，必须净化气态氢系统，以去除空气、氧或其它氧化剂；

Natural gas can be reacted with steam to make hydrogen and carbon dioxide.

天然气可与水蒸气反应，生成氢气与二氧化碳。

Researches on Microscale Chemistry Experiments of Preparation and Propertyes of Hydrogen, Oxygen and Chlorine;

氢气、氧气和氯气的制备和性质微型化实验探索

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。

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。

A STUDY ON HYDROGEN AND OXYGEN ISOTOPIC COMPOSITION OF THE PRECIPITATION IN GUILIN AREA

桂林地区大气降水的氢氧同位素研究

Analysis of Hydrocarbon in Air aud Liquid Oxygen

原料空气和液氧中碳氢化合物的分析

Study of CO Selective Oxidation in Catalysts in Hydrogen-Rich Gas;

富氢气体中CO选择性氧化催化剂考察

Studies on Selective Oxidation of CO in H_2-Rich Gas;

富氢气体中CO选择氧化反应的研究

A Study on the Regeneration and Utilization of Lithium Hydroxide Used as Gas Purificant;

空气净化用氢氧化锂的再生利用研究

Study on hydrogen peroxide residue and degradation in air

空气中过氧化氢残留降解的实验研究

Ultrafine Titanium Dioxide Manufactured by Aerosil Method

气相氢氧焰水解法生产超微细二氧化钛