量子力学中通常把在无限远处为零的波函数所描写的状态称为束缚态。
我们研究宏观量子隧道(MQT)在平面高Tcsuperconductor约瑟夫森结的MQT的节点quasiparticleand的零能耗束缚态(ZES)的影响。我们已经表明,presenceof绝缘体和超导体之间的界面的ZES leadsto强阻值准粒子耗散。
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When take the pulse sequences into account, the two pulses have the opposite phase and different amplitude, they will form a quasiequidistant bound state. The soliton interference is almost completely suppressed.
对于脉冲序列的情况,考虑到两光孤子间适当的初始相位及振幅(正交的初始相位且振幅不同),其相互作用几乎完全被抑制,形成了一种准等距束缚态。
参考来源 - 偏振模色散对光孤子传输系统影响的数值研究·2,447,543篇论文数据,部分数据来源于NoteExpress
作为对比,对松束缚态也进行了讨论。
As a comparison, the loosely bound systems are also discussed.
本文还分析了束缚态电子对金属膜光学常数的影响。
The affect of bound electrons to optical constants of metal films is also analysed.
在这里我们报告的实验证据是中子的引力量子束缚态。
Here we report experimental evidence for gravitational quantum bound states of neutrons.
So I said that this technique was used to experimentally determine what the different binding energies or the different ionization energies are for the different states in a multielectron atom.
我说过,这项技术被用来,在实验上确定多电子原子的,各个不同态相应的束缚能,或者电离能。
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