The discussion revolves around the estimation of temperature rise in covalent crystals induced by shock waves from ultrashort laser pulses, particularly at pressures in the range of tens of GPa. Participants explore the relationship between pressure and temperature in the context of shock wave physics, while addressing the background knowledge required for such experiments.
Participants express disagreement regarding the appropriateness of the initial inquiry and the level of knowledge required for conducting experiments. There is no consensus on the best approach to estimating temperature rise in relation to pressure in this context.
Participants highlight the need for proper diagnostics and foundational knowledge in shock wave physics, but specifics on the calculations or methodologies remain unresolved.
This discussion may be of interest to researchers or students in the fields of shock physics, materials science, and experimental physics, particularly those exploring the effects of shock waves on materials.
johng23 said:If you're not going to provide any information, what business do you have posting in the thread?
But hey, if you really need an outlet to be condescending, go right ahead.
johng23 said:Anyway, I'll have you know that I wasn't intending to start inducing shocks in my lab's photodetector until I'd at LEAST read the wikipedia article.