“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.
随便看	George V (1865–1936) George VI (1895–1952) George W. Snedecor Award Georgia georgiaite Georgian epoch geosciences geosophy geospatial geospatial intelligence geospatial technologies geosphere geostatic stress geostationary earth orbit Geostationary Meteorological Satellite Geostationary Operational Environmental Satellite Geostationary Operational Meteorological Satellite-2 geostationary orbit geostatistics geostrophic current geostrophic wind geosynchronous orbit Geosynchronous Satellite Launch Vehicle geosynchronous transfer orbit geosyncline