boson system

基本解釋

The non hermitian invariants of time dependent one or two mode Boson system are constructed by using Boson annihilation operators.
本文利用玻色子湮滅算符構(gòu)造了含時(shí)單、雙模玻色系統(tǒng)的非厄密不變量。
Concerning the system of N particles in three dimensions space, besides position and momentum representations the Boson number representation has been introduced.
對(duì)三維空間中N個(gè)粒子系統(tǒng)除位置與動(dòng)量二表象外，引出了一種玻色子數(shù)表象。
Starting from the general Hamiltonian of boson system the dynamical symmetry, which the boson system may have, has been given. The results were compared with IBM—1,2.
從玻色子體系最一般的哈密頓量出發(fā)，揭示了它所可能具有的動(dòng)力學(xué)對(duì)稱性，并與IBM—1，2進(jìn)行了比較。