Hyperhydrochloric Acid:修订间差异
无编辑摘要 |
无编辑摘要 |
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=== 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 | 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. |