A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边件和在考虑表面各向异性场的情况下,应用面重参数化方法精确求解两层对称铁磁薄膜中的低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对一维情况下平面PN结的连续性方程进求解，给出不同边件下光生载流子浓度的一般形式解，并对结果进析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期边界条件和在考虑表面各向异情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对维情况下平面PN结连续方程进行了求解，给出了不同边界条件下光生载流子浓般形式解，并对结果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期边界条件和在考虑表面各向情况下,应用界面重参数化方法精确求解了两层对称铁磁薄膜中低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对维情况下平面PN结连续方程进行了求解，给出了不同边界条件下光生载流子浓度形式解，并对结果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的情况下,应用界面重参数化方法精确求解了两铁磁薄膜中的低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要一维情况下平面PN结的连续性方了求解，给出了不同边界条件下光生载流子浓度的一般形式解，并结果了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表面各向异性场的,应用界面重参数化方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对一维平面PN结的连续性方程进行了求解，给出了不同边界条件光生载度的一般形式解，并对结果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表各向异性场情况下,应用界重参数化方法精确求解了两层对称铁磁薄膜能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对一维情况下平PN连续性方程进行了求解，给出了不同边界条件下光生载流子浓度一般形式解，并对果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考各向异性场的情况下,应用界重参数化方法精确求了两层称铁磁薄膜中的低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要一维情况下平PN结的连续性方程进行了求，给出了不同边界条件下光生载流子浓度的一般形式，结果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性边界条件和在考虑表各向异性场情况下,应用界重参数化方法精确求解了两层对称铁磁薄膜能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对一维情况下平PN连续性方程进行了求解，给出了不同边界条件下光生载流子浓度一般形式解，并对果进行了分析讨论。

A symmetrical ferromagnetic bilayer film is investigated under the nonperiodic boundary condition and considering anisotropic field at two surfaces,by using the rescaling interface approach.

在非周期性件和在考虑表面各向异性场的情况下,应用面重方法精确求解了两层对称铁磁薄膜中的低能自旋波本征问题。

The one dimensional continuity equations of n-on-p planar PN junction are solved at different boundary conditions. Generalized solutions of photocarrier concentration are given in this paper.

要对一维情况下平面PN结的连续性方程进行了求解，给出了不同件下光生载流子浓度的一般形式解，并对结果进行了分析讨论。