Naturally \(T_{boom}\) and \(T_{p}\) go well with ceramic. Unfortunately, ceramic is such a general term that it does not lend itself to the specificity needed to calculate boom temperature.
Compositions in ceramics are trade secrets, as are firing temperatures.
Both \(T_{boom}\) and \(T_{p}\) are expected to play a role in forming ceramic and each set of boom temperatures for a specific component is expected to reduce firing time and contribute to fine tuning various physical properties of the resultant ceramic. In addition, the order of firing at specific boom temperature of each component of the ceramic is expected to effect the physical properties of the ceramic. The fact that some components of the ceramic are not subjected to their boom temperatures will also effect the physical properties of the ceramic.
More specifically, we know now that subjecting porcelain to cold temperature of \(T_{p}=-44.67^oC\) will make them unbreakable.
Good night.
