Names of carbonates that do not decompose when heated strongly
http://chemprojectsbyalexs.blogspot.com/2012/09/thermal-decomposition-of-solid-carbonate_10.html
Sodium carbonate carbonate doesn't decompose on "normal" heating.
"Sodium bicarbonate decomposes to sodium carbonate, water and carbon dioxide on heating. It does not decompose any further under normal heating. Sodium bicarbonate is a weak base, sodium carbonate is a strongish base and will liberate ammonia from its salts."
However, somewhere above 851 degrees Celcius if heated further, sodium carbonate will decompose.
When looking for the names of carbonates that do not decompose when heated strongly, we can start by understanding the behavior of carbonates upon heating. Most carbonates are known to decompose, or break down, into oxides and carbon dioxide when exposed to high temperatures.
However, there are a few carbonates that are exceptions to this rule and do not decompose when heated strongly. The most well-known example is calcium carbonate (CaCO3), commonly found in the form of limestone or chalk. When heated strongly, calcium carbonate remains largely unchanged and does not undergo decomposition.
Another example is strontium carbonate (SrCO3). Similar to calcium carbonate, strontium carbonate is heat-stable and does not decompose upon strong heating.
To find more examples of carbonates that do not decompose when heated strongly, you can refer to scientific literature, chemistry textbooks, or databases specializing in chemical properties. These resources often provide detailed information on the thermal stability of different compounds, including carbonates.
It's important to note that in some cases, even though a carbonate may initially appear to be stable under strong heating, prolonged or extreme heat exposure can eventually result in decomposition. Therefore, it is essential to consider the specific conditions and duration of heating when evaluating the thermal stability of carbonates.