关于摄动方法的一个注记

[2]用摄动方法将紧泛函的 L(u|¨)sternick-Schnirelmann 理论推广到非紧泛函,但要求泛函的临界集具有某种紧性.本文去掉了这个限制,从而使它具有更广泛的应用.例如可用于流形上极小曲面之研究(cf.[4]).     

Quantum mechanical effects on heat generation in nano-scale MOSFETs

The Monte Carlo simulation is performed to investigate the quantum mechanical (QM) effects on heat generation in nano-scale metal oxide semiconductor field effect transistors (MOSFETs) by solving the quantum Boltzmann equation. The influence of QM effects both in real space and $K$ space on the heat generation is investigated.