I want to ask together, the decomposition temperature of titanium sulfate, the national medicine bought is not sulfate oxygen, the molecular weight is 240.01, I hope someone knows it, or do it to do it
I want to ask together, the decomposition temperature of titanium sulfate, the national medicine bought is not sulfate oxygen, the molecular weight is 240.01, I hope someone knows it, or do it to do it
IA tribe's sulfate sulfate has a large heat stability and is not easy to break down. Other sulfate is decomposed under heating. The decomposition temperature is related to the ionic potential. The greater the value of the ionic potential, the significant anti -polarization of the cations, and the low decomposition temperature.Conversely, it is high, such as 1374 degrees sulfate.8 Electronic structure ions are small, with high decomposition temperature, such as 1149 degrees of calcium sulfate, while 18 or 18+2 electronic cations have low decomposition temperatures such as cadmium sulfate 816 degrees.
IA tribe's sulfate sulfate has a large heat stability and is not easy to break down. Other sulfate is decomposed under heating. The decomposition temperature is related to the ionic potential. The greater the value of the ionic potential, the significant anti -polarization of the cations, and the low decomposition temperature.Conversely, it is high, such as 1374 degrees sulfate.8 Electronic structure ions are small, with high decomposition temperature, such as 1149 degrees of calcium sulfate, while 18 or 18+2 electronic cations have low decomposition temperatures such as cadmium sulfate 816 degrees.
Copper sulfate 650 degrees is decomposed into copper oxide and sulfur dioxide, ammonium sulfate is decomposed at 280 degrees, and 513 degrees decompose completely releases ammonia, nitrogen, sulfur dioxide and water.The stronger the activity of the general metal, the more difficult it is to decompose its sulfate.
Copper sulfate 650 degrees is decomposed into copper oxide and sulfur dioxide, ammonium sulfate is decomposed at 280 degrees, and 513 degrees decompose completely releases ammonia, nitrogen, sulfur dioxide and water.The stronger the activity of the general metal, the more difficult it is to decompose its sulfate.
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