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中国物理学会期刊

强耦合一维电子-晶格体系中孤子激活能

CSTR: 32037.14.aps.41.1143

EXCITATION ENERGY OF SOLITON IN STRONGLY COUPLED ELECTRON-LATTICE SYSTEM

CSTR: 32037.14.aps.41.1143
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  • 计算了在不同电子-晶格耦合强度λ下,一维电子-晶格体系中孤子激活能ε1(λ)及电子激发到禁带中央分立能级所需能量△(λ)。得到孤子激活能随λ增大而增大;但对不同λ,孤子激活能总是小于产生一个电子或空穴所需能量。

     

    The excitation energy of soliton ε1 and its dependence upon electronlattice coupling: strength λ have been calculated in strongly coupled one dimensional electron-lattice systems. Our results show: The excitation energy of soliton ε1(λ) augments as λ increases. Whereas, ε1, will be always less than the energy needed to excite an electron or a hole in this system.

     

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