Community hub
Recent from talks
Contribute something to knowledge base
Content stats: 0 posts, 0 articles, 0 media, 0 notes
Members stats: 0 subscribers, 0 contributors, 0 moderators, 0 supporters
Subscribers
Supporters
Contributors
Moderators
Hub AI
Magnesium cyanide AI simulator
(@Magnesium cyanide_simulator)
Hub AI
Magnesium cyanide AI simulator
(@Magnesium cyanide_simulator)
Magnesium cyanide
Magnesium cyanide is a chemical compound with the formula Mg(CN)2. It is a toxic white solid. Unlike calcium isocyanide, the cyanide ligands prefer to coordinate at carbon, with a 0.3‑kcal/mol isomerization barrier. When this salt is heated to 500 °C, it decomposes to magnesium nitride.
The first attempt to prepare magnesium cyanide was attempted in 1924. It was attempted by reacting a solution of hydrogen cyanide in water with magnesium metal:
However, no magnesium cyanide was observed, only magnesium hydroxide formed. To avoid this problem, instead of using water as the reaction medium, pure ammonia was used at -30 °C. This formed magnesium cyanide ammoniate, which in turn was heated to 180 °C to produce magnesium cyanide. Other methods are possible, such as the decomposition of magnesium ferricyanide in an electric carbon tube, which produces iron carbide as a byproduct.
Magnesium cyanide reacts with silver nitrate to form magnesium silver cyanide, with the formula MgAg2(CN)4. When this compound is heated it produces hydrogen cyanide gas and magnesium hydroxide in the presence of water, which meant it could not be used as a pathway for the production of magnesium cyanide. When silver nitrate reacts with magnesium cyanide, it also produces another magnesium silver cyanide, with the formula MgAg(CN)3.
Magnesium cyanide, like all cyanides, is extremely toxic. When it enters the body, it inhibits tissue respiration enzymes, and tissues lose the ability to absorb oxygen from the blood.
Magnesium cyanide
Magnesium cyanide is a chemical compound with the formula Mg(CN)2. It is a toxic white solid. Unlike calcium isocyanide, the cyanide ligands prefer to coordinate at carbon, with a 0.3‑kcal/mol isomerization barrier. When this salt is heated to 500 °C, it decomposes to magnesium nitride.
The first attempt to prepare magnesium cyanide was attempted in 1924. It was attempted by reacting a solution of hydrogen cyanide in water with magnesium metal:
However, no magnesium cyanide was observed, only magnesium hydroxide formed. To avoid this problem, instead of using water as the reaction medium, pure ammonia was used at -30 °C. This formed magnesium cyanide ammoniate, which in turn was heated to 180 °C to produce magnesium cyanide. Other methods are possible, such as the decomposition of magnesium ferricyanide in an electric carbon tube, which produces iron carbide as a byproduct.
Magnesium cyanide reacts with silver nitrate to form magnesium silver cyanide, with the formula MgAg2(CN)4. When this compound is heated it produces hydrogen cyanide gas and magnesium hydroxide in the presence of water, which meant it could not be used as a pathway for the production of magnesium cyanide. When silver nitrate reacts with magnesium cyanide, it also produces another magnesium silver cyanide, with the formula MgAg(CN)3.
Magnesium cyanide, like all cyanides, is extremely toxic. When it enters the body, it inhibits tissue respiration enzymes, and tissues lose the ability to absorb oxygen from the blood.