Solid State Physics in a Nutshell: Week 6.4 Thermal conductivity - Temperature dependence

[@WeAreChecking]

It has been many years but I want to say a massive thank you for this series, the rapid-fire overview of the important concepts with references left as an exercise is incredibly helpful and cuts out the most tedious parts of grasping the subject.

[@yahayashehu8397]

Thank you very much for this video. Recently I took temperature-dependent Raman measurement of my sample (monolayer MoS2) from 83 K to 483 K with a step of 50 K. When I calculated the temperature coefficient (cm-1/T) for each peak, I found that there is a different trend from 83 K to 283 K and from 333 K to 483 K. On the other hand, the temperature coefficient in the former is lower than in the latter. Sir, what is the possible explanation for this phenomenon?

[@낮말새상현]

thx for a great video!!! really helped me a lot!!!

[@blackberrybbb]

Where are those plots from? I would like to use one in my slides but can't find the referenced figure :(

[@erictoberer4874]

Hi Jiaoyue, you're looking for my article: ES Toberer, LL Baranowski, C Dames. Annual Review of Materials Research 42, 179-209, 2012. 203, 2012. Cheers, Eric

[@blackberrybbb]

@@erictoberer4874 Thank you for the reply!!! Love your solid state series! Super helpful😝

[@TheBoredPhysicist]

Nicole is very annoying.