XUE Wei, HE Ye, ZHANG Yi-ming, et al. Study of simulation design of MEMS thermoelectric cooler based on finite element analysis[J]. 2013, 32(12): 55-57+60.
XUE Wei, HE Ye, ZHANG Yi-ming, et al. Study of simulation design of MEMS thermoelectric cooler based on finite element analysis[J]. 2013, 32(12): 55-57+60. DOI: 10.13873/j.1000-97872013.12.031.
Optimal structure has an important significance on the design of high-performance MEMS microthermoelectric cooler( MTEC). Galerkin finite element method( FEM) is applied to construct coupled control equations of thermoelectric effect. Through computer simulation
this study evaluates the effects of length varrotion PN level material thickness of the substrates and cross-sectional area of MEMS MTEC model on thermoelectric conversion efficiency by the method of numerical calculation
it provides a theoretical basis for design of highefficient MEMS MTEC.