论文标题
通过点规范形式主义对平方类三角电位的非依赖和非组织的有效质谱分析
Nonrelativistic and Nonstationary Effective Mass Bound-Spectra Analysis of Squared Class Trigonometric Potentials Through the Point Canonical Formalism
论文作者
论文摘要
本文参与了特定的尝试，以获取与位置依赖性有效质量（PDEM）Schrödinger方程的精确分析征出，以获得各种平方样式三角电位。在研究过程中，实施了标题为“点规范转换（PCT）方法”的代数过程。某些在空间上有效的有效质量配置已用于建立目标系统。然后，执行系统的计算过程使我们不仅可以确定离散能量光谱及其相应波形的可能的显式形式，而且还可以确定原始电位的规范对应物，这些形式涉及基于PDEM的量子系统的框架。
The present paper engages in a particular attempt to acquire exact analytical eigensolutions of the position-dependent effective mass (PDEM) Schrödinger equation for a variety of squared style trigonometric potentials. The algebraic process entitled as the point canonical transformation (PCT) approach is implemented in the course of study. Certain spatially varying effective mass configurations have been utilized in establishing of the target system. Then, performing the systematic computational procedures enables us to determine not only the possible explicit forms of both discrete energy spectra and their corresponding wavefunctions but also canonical counterparts of original potentials, involved in the framework of PDEM based quantum systems.
