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Why not directly generate silver ammonia complexes directly through silver oxide and thick ammonia water?
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Abbas Ali
Why not directly generate silver ammonia complexes directly through silver oxide and thick ammonia water?
The solid solid reaction speed problem, the freshly prepared AGO is the colloid, which is larger than the surface and the response to the ammonia water is faster. On the contrary, the AGO of the product is a crystal that the response will be slow.
The solid solid reaction speed problem, the freshly prepared AGO is the colloid, which is larger than the surface and the response to the ammonia water is faster. On the contrary, the AGO of the product is a crystal that the response will be slow.
It seems that there is no conclusion for a long time. It seems that the reaction seems to be directly used with silver oxide and silver ammonia solution.I use black powder -shaped silver oxide to make water suspension, and directly add ammonia water to the inside to dissolve.In addition, excessive sodium hydroxide will also destroy the aldehyde, and there is no nitrate root ions. This is safer, and I have heated the reaction for a day without danger.If there is a nitrate root, it is estimated that the thunderbolt will occur.
It seems that there is no conclusion for a long time. It seems that the reaction seems to be directly used with silver oxide and silver ammonia solution.I use black powder -shaped silver oxide to make water suspension, and directly add ammonia water to the inside to dissolve.In addition, excessive sodium hydroxide will also destroy the aldehyde, and there is no nitrate root ions. This is safer, and I have heated the reaction for a day without danger.If there is a nitrate root, it is estimated that the thunderbolt will occur.
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It seems that the reaction seems to be directly used with silver oxide and silver ammonia solution.I use black powder -shaped silver oxide to make water suspension, and directly add ammonia water to the inside to dissolve.In addition, excessive sodium hydroxide will also destroy the aldehyde, and there is no nitrate root ions. This is safer, and I have heated the reaction for a day without danger.If there is a nitrate root, it is estimated that the thunderbolt will occur.
It seems that the reaction seems to be directly used with silver oxide and silver ammonia solution.I use black powder -shaped silver oxide to make water suspension, and directly add ammonia water to the inside to dissolve.In addition, excessive sodium hydroxide will also destroy the aldehyde, and there is no nitrate root ions. This is safer, and I have heated the reaction for a day without danger.If there is a nitrate root, it is estimated that the thunderbolt will occur.
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