Sentence examples for substrate thermal from inspiring English sources

The performance of high power transistor devices is intimately connected to the substrate thermal conductivity.

It is important to understand substrate thermal deformation to improve FCBGA reliability.

With non-laser light generators, substrate thermal alteration and debris redeposition often present problems.

The effect of substrate thermal properties on the performance of such suspended NTF devices is also analyzed theoretically.

Shown are the deposition of polystyrene spheres on the substrate, thermal evaporation of gold, and removal of polystyrene spheres leaving triangular gold NPs.

For the extraction of the substrate thermal conductivity, a combination of experimental results and finite element method (FEM) analysis was used.

SiO2/Si substrates (thermal oxide thickness is 500 nm) with patterns of interdigitated Au electrodes were immersed into this ethanol solution of ZnO nanowires.

Using these substrates, thermal stresses associated with temperature changes during growth should be reduced an order of magnitude compared to films grown on bulk sapphire, based on published CTE data.

This demonstrates the high potential of this material as a substrate for thermal isolation on the Si wafer (micro-hotplate or micro-coldplate for Si-based thermal and cooling devices).

Subsequently, a 300-nm-thick aluminum (Al) film was deposited on the SiO2/Si substrate by thermal evaporation.

Niobium nitride (NbNx) coatings were prepared onto Nb substrate by thermal diffusion at high temperatures.