Chap 1: 波函数与 Schrodinger 方程1.1 波函数的统计诠释 1.1.1 实物粒子的波动性 λ=h/p,ν=E/h \lambda = h / p \qc \nu = E / h λ=h/p,ν=E/hCourse NotesQuantum MechanicsAbout 5 minAbout 1553 words
Chap.2: 一维势场中的粒子2.1 一维势场中粒子能量本征态的一般性质 \labeleq:3\bqty−ℏ22m\dv[2]x+V(x)ψ(x)=Eψ(x) \begin{equation} \label{eq:3} \bqty{- \frac{\hbar^2}{2 m} \dv[2]{x} + V(x)} \psi(x) = E \psi(x) \end{equation} \labeleq:3\bqty−2mℏ2\dv[2]x+V(x)ψ(x)=Eψ(x)Course NotesQuantum MechanicsAbout 5 minAbout 1406 words
Chap. 3: 力学量用算符表达3.1 算符的运算规则 (a) 线性算符 A^(c1ψ1+c2ψ2)=c1A^ψ1+c2A^ψ2 \hat{A} (c_1 \psi_1 + c_2 \psi_2) = c_1 \hat{A} \psi_1 + c_2 \hat{A} \psi_2 A^(c1ψ1+c2ψ2)=c1A^ψ1+c2A^ψ2Course NotesQuantum MechanicsAbout 10 minAbout 2983 words