“Brin process”的概念、定义、翻译、参考文献-科学参考

Brin process

Chemistry

A process formerly used for making oxygen by heating barium oxide in air to form the peroxide and then heating the peroxide at higher temperature (>800°C) to produce oxygen
${2BaO}_{2} \to {2 BaO + O}_{2}$
The process is named after the French chemists Quentin and Arthur Brin, who showed how to make it commercially viable in 1879.

Chemical Engineering

A process that was once used for producing oxygen through the heating of barium oxide in air to form barium peroxide. This was then heated to temperatures in excess of 800°C to produce oxygen:
$2 B a O_{2} \to 2 B a O + O_{2}$

The reaction was discovered by the French chemists Joseph-Louis Gay-Lussac (1778–1850) and Louis-Jacques Thénard (1777–1857). The process was particularly inefficient, and a major improvement was developed by Arthur and Leon Brin who found a way of removing the carbon dioxide with sodium hydroxide. The oxygen produced was used for limelight before more cost-effective methods of producing oxygen were discovered.

单词	Brin process
释义	Brin process Chemistry A process formerly used for making oxygen by heating barium oxide in air to form the peroxide and then heating the peroxide at higher temperature (>800°C) to produce oxygen ${2BaO}_{2} \to {2 BaO + O}_{2}$ The process is named after the French chemists Quentin and Arthur Brin, who showed how to make it commercially viable in 1879. Chemical Engineering A process that was once used for producing oxygen through the heating of barium oxide in air to form barium peroxide. This was then heated to temperatures in excess of 800°C to produce oxygen: $2 B a O_{2} \to 2 B a O + O_{2}$ The reaction was discovered by the French chemists Joseph-Louis Gay-Lussac (1778–1850) and Louis-Jacques Thénard (1777–1857). The process was particularly inefficient, and a major improvement was developed by Arthur and Leon Brin who found a way of removing the carbon dioxide with sodium hydroxide. The oxygen produced was used for limelight before more cost-effective methods of producing oxygen were discovered.
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