INTEGRAIS QUÂNTICOS DE GRACELI [15]

$G$ $[$ $E_{m}=E_{c}+V$ $]$ $*$ $[$ $\lambda ={h \over m_{e}v}$ $]$

$G$ $[$ $E_{m}=E_{c}+V$ $]$ $* ψ$ $[$ $\lambda ={h \over m_{e}v}$ $]$ ${\hat {H}}$

$T_{\mu \nu }$ ${\frac {h}{m_{e}c}}$ $T_{\mu \nu }$ $[$ $\lambda ={h \over m_{e}v}$ $]$ ${\hat {H}}$

$\psi ^{*}$ $[$ $\lambda ={h \over m_{e}v}$ $]$ $T_{\mu \nu }$

$G$ $\lambda ={h \over m_{e}v}$ $G$

$G$ $G$ $\lambda$ $\psi ^{*}$ $T_{\mu \nu }$ $[$ $\lambda ={h \over m_{e}v}$ ] $-i\hbar {\frac {\partial }{\partial x_{n}}}$