摘要
The particle-in-the-box, with or without an additional potential, is proposed as an excellent laboratory to teach and explore the details of the linear variational method using a non-orthogonal basis. The x(n)(a-x)(n) and x(n)(a/2-x)(a-x)(n) polynomials are shown to form a complete basis for the even and odd states, respectively, of the particle confined to the x. [0, a] interval. A short and simple Octave code is presented as the natural extension to the hand calculations when the basis set grows in size.
- 出版日期2010-1