CALCULATION OF THE ENERGY EIGENVALUE OF A-QUANTUM SYSTEM IN THE FRAMEWORK OF-SUPERSYMMETRY AND SHAPE INVARIANCE

JIA CHUN-SHENG; JIANG XIAO-WEI; WANG XIAO-GUO; YANG QIU-BO

doi:10.7498/aps.46.12

Abstract
We present the energy eigenvalues of modified Pschl-Teller potential,the N-dimensionalhydrogen atom,and the N-dimensional harmonic oscillator.The calculations are carried out in the framework of supersymmetry and shape invariance.The present energy spectrum formulas are consistent with the exact solutions obtained with the usual factorization method.
Authors and contacts
JIA CHUN-SHENG²,

JIANG XIAO-WEI²,

WANG XIAO-GUO¹,

YANG QIU-BO³

(1)西南交通大学桥梁和地下工程系; (2)西南石油学院基础学科部; (3)中国人民武装警察学院基础学科部
References

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Vol. 46, Issue 1 - 1997-01-05

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CALCULATION OF THE ENERGY EIGENVALUE OF A-QUANTUM SYSTEM IN THE FRAMEWORK OF-SUPERSYMMETRY AND SHAPE INVARIANCE

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CALCULATION OF THE ENERGY EIGENVALUE OF A-QUANTUM SYSTEM IN THE FRAMEWORK OF-SUPERSYMMETRY AND SHAPE INVARIANCE

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