Hyperhydrochloric Acid：修订间差异

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~~本条目的中~~文版本~~：[[~~超盐酸]]

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Hyperhydrochloric Acid(HA), ~~it' s~~ molecular formula is (~~HCI~~)10 , ~~it's~~ scientific name is '''tri(1λ3,2λ3-dichloranyl)-1λ3,2λ3,3λ3,4λ3-tetrachloretane.'''

Hyperhydrochloric Acid (HA in short), with the molecular formula (HCl)10, has a scientific name of '''tri(1λ3,2λ3-dichloranyl)-1λ3,2λ3,3λ3,4λ3-tetrachloretane.'''It is especially important in industry.

== The Production of HA ==

=== Industrial production ===

HA is a kind of important chemical-industry material. However, its requirement of laboratorian synthesis is too high, and the chemical plants are therefore purchasing HA from labs with a high price. The [[RP]] of the labs are different, so the HA sent is very different too. As a result, industrian HA is neither with a high concentration nor with a high quality.

=== 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 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, which is operated in a synthesis-tower.

~~=== Industrial production ===~~

① 2Molecule of HCI γ-Kadium become (E)-1λ3,2λ3-dichlorene in the catalysis of y-Kadium ，which becomes 1λ3,2λ3-trichlorane later.

~~HA is a kind~~ of ~~important chemical~~-~~industry material, however, it's requirement of laboratorian synthetise is too high~~, the ~~chemical plants are therefore purchasing HA from labs with a high price. The [[RP]]~~ of ~~the labs are different~~, ~~so the HA sent is very different too. As a result, industrian HA is neither with a high concentration nor with a high quality~~.

~~=== Laboratorian synthetise ===~~

② 1λ3,2λ3-trichlorane becomes tris(1λ3,2λ3-dichloranyl)-13,23,33,43-tetrachloretane in the catalysis of Antimony.

~~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~~.'

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-本条目的中文版本：[[超盐酸]]
+{{英文版本|超盐酸}}
-This page needed to be continued.
+'''This page needed to be continued.'''
-Hyperhydrochloric Acid(HA), it' s molecular formula is (HCI)<sub>10 </sub>, it's scientific name is '''tri(1λ3,2λ3-dichloranyl)-1λ3,2λ3,3λ3,4λ3-tetrachloretane.'''
+Hyperhydrochloric Acid (HA in short), with the molecular formula (HCl)<sub>10</sub>, has a scientific name of '''tri(1λ3,2λ3-dichloranyl)-1λ3,2λ3,3λ3,4λ3-tetrachloretane.'''It is especially important in industry.
+== The Production of HA ==
+=== Industrial production ===
+HA is a kind of important chemical-industry material. However, its requirement of laboratorian synthesis is too high, and the chemical plants are therefore purchasing HA from labs with a high price. The [[RP]] of the labs are different, so the HA sent is very different too. As a result, industrian HA is neither with a high concentration nor with a high quality.
+=== 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 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, which is operated in a synthesis-tower.
-=== Industrial production ===
+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.
-HA is a kind of important chemical-industry material,  however, it's requirement of laboratorian synthetise is too high, the chemical plants are therefore purchasing HA from labs with a high price. The [[RP]] of the labs are different, so the HA sent is very different too. As a result, industrian HA is neither with a high concentration nor with a high quality.
-=== Laboratorian synthetise ===
+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.
-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.'