得出积分形式的基尔霍夫第二定律，且导出四个夏阻抗的统一表达式和一个积分形式的电容特性公式。
Not only Kirchoff's second law integral form can be obtained but also an unified expression of four complex impedances a characteristic formula of capacitance in integral form can he derived thereby.
同时，由透射光场的格林函数积分得出了基尔霍夫近似下光场的表达式。
We also obtain the expression for the transmissive light waves from the Green 's-function integral in the case of Kirchhoff's approximation.
同时，由透射光场的格林函数积分得出了基尔霍夫近似下光场的表达式。
We also obtain the expression for the transmissive light waves from the Green 's-function integral in the case of Kirchhoff's approximation.
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