Hyperhydrochloric Acid:修订间差异

无编辑摘要
无编辑摘要
第9行: 第9行:


=== Laboratorian synthesis ===
=== Laboratorian synthesis ===
There is only one way of the laboratorian synthetise of HA, which was discovered by chinese antimonitian [[Zhao Mingyi]], the great physicist and chemist in 250 B.C..''Antimonitian secret tales ''sais:' This method is with very good conditions, it's natural. It's Zhao's secret method.'Because of the long history, no one knows if he synthetised HA, so he is only thought to  invent the method ,not to firstly use the method.
There is only one way of the laboratorian synthetise of HA, which was discovered by chinese antimonitian [[Zhao Mingyi]], the great physicist and chemist in 250 B.C.. ''Antimonitian secret tales ''sais:' This method is with very good conditions, it's natural. It's Zhaos-secret-method.'Because of the long history, no one knows if he synthetised HA, so he is only thought to  invent the method ,not to firstly use the method.


In 2007 , after the  inprovement and research by Wan Tsaoyuanzhu, he put forward the most widely used method:Antimony-Kadium-catalysis method.
In 2007 , after the  inprovement and research by Wan Tsaoyuanzhu, he put forward the most widely used method:[[Antimony]]-Kadium-catalysis method, which is operated in a synthesis-tower.
 
① 2Molecule of HCI γ-Kadium become (E)-1λ<sup>3</sup>,2λ<sup>3</sup>-dichlorene in the catalysis of y-Kadium ,which becomes 1λ<sup>3</sup>,2λ<sup>3</sup>-trichlorane later.
 
② 1λ<sup>3</sup>,2λ<sup>3</sup>-trichlorane becomes tris(1λ<sup>3</sup>,2λ<sup>3</sup>-dichloranyl)-1<sup>3</sup>,2<sup>3</sup>,3<sup>3</sup>,4<sup>3</sup>-tetrachloretane in the catalysis of Antimony.