The relationship btw dielectric strength and temperature

[HelloCthulhu]

Wiki suggests dielectric strength is temperature dependent, but I've yet to find any math supporting this. I found some math corroborating a relationship between conductivity and temperature, but whether or not there's any causality between conductivity and dielectric strength has eluded me. Any help with solving this mystery is greatly appreciated!

https://en.wikipedia.org/wiki/Dielectric_strength

 

[Asymptotic]

Perform a Google search on the terms ("dielectric strength" "temperature effect" math). One of the cites that may be of use is "https://www.researchgate.net/publication/224563706_Low_Temperature_and_Moisture_Effects_on_Oil-Paper_Insulation_Dielectric_Response_in_Frequency_Domain".

 

[HelloCthulhu]

Perform a Google search on the terms ("dielectric strength" "temperature effect" math). One of the cites that may be of use is "https://www.researchgate.net/publication/224563706_Low_Temperature_and_Moisture_Effects_on_Oil-Paper_Insulation_Dielectric_Response_in_Frequency_Domain".

Thank you for the response! I've googled "dielectric strength and temperature dependence" recently and read a few papers researching the phenomena. But few included math measuring the effect of temperature changes on dielectric strength. Could you elucidate the math in the paper you've posted? I found a similar study with math included, but its for the dielectric constant instead of strength. The math can be found in the results section of the paper.

https://pdfs.semanticscholar.org/56e2/8470a5bd92aeb83b20d6c39bef47ab6d55fc.pdf