华北科技学院学报
華北科技學院學報
화북과기학원학보
JOURNAL OF NORTH CHINA INSTITUTE OF SCIENCE AND TECHNOLOGY
2012年
3期
80-81,85
,共3页
光波%物质波%薛定谔方程
光波%物質波%薛定諤方程
광파%물질파%설정악방정
Light wave%Matter wave%Schrodinger' s Equation
通过类比分析光波的波动方程建立了物质波的波动方程,即薛定谔方程。同时引入了量子力学中的三个基本假设,给出了力学量算符的本征方程,对于能量算符,就是定态薛定谔方程。最后初步阐明了量子测量的物理含义。
通過類比分析光波的波動方程建立瞭物質波的波動方程,即薛定諤方程。同時引入瞭量子力學中的三箇基本假設,給齣瞭力學量算符的本徵方程,對于能量算符,就是定態薛定諤方程。最後初步闡明瞭量子測量的物理含義。
통과류비분석광파적파동방정건립료물질파적파동방정,즉설정악방정。동시인입료양자역학중적삼개기본가설,급출료역학량산부적본정방정,대우능량산부,취시정태설정악방정。최후초보천명료양자측량적물리함의。
Schrodinger's Equation is established by analogy with the light wave equation, and the three basic hypotheses of quantum mechanics are spontaneously introduced. The eigenvalue equation of mechanical quantity operator is written out, with regard to the energy operator, which is the stationary state Schrodinger equation. Finally, the physical meaning of quantum meas- urement is initially clarified.