tunneling effect

tunneling effect的基本解释

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[地震波的]隧道效应

与tunneling effect相关的网络例句 [注：此内容来源于网络，仅供参考]

During the PL measurement excited by 405nm diode laser, the decreasing PL intensities of the biased LED sample were observed by increasing the measurement temperature that was caused by the thermal and tunneling effect to have the lower internal quantum efficiency.

在光激发萤光系统上，以405nm波长的雷射作为激发光源，在外加偏压测试环境下可以发现室温(300K)强度因载子热效应与穿隧效应而快速递减，导致内部量子效率较实际值低。

It is found that the confiner the electric field, the sharper the peak width. The different confined states correspond to the different oscillation modes, which can be well described by the resonant tunneling effect used in the semiconductor quantum well structures.

B：非完全约束光子量子阱结构的束缚态出现在阱光子晶体的禁带区域，并且不同束缚态对应不同的光子量子阱能级，不同的量子阱能级有不同程度的光场约束，光场约束在阱光子晶体中的越多，对应的透射极大的半峰宽越小。

Similarly, if no tunneling effect between three condensates is assumed at the beginning and one switches off the laser potential traps, the atoms would expand ballistically due to the sudden disappearance of the barrier.

类似地，如果不考虑凝聚物之间的弱连接，而是把激光势阱撤去，也可以研究三个独立凝聚在空间的扩张与相干。

与tunneling effect相关的网络解释 [注：此内容来源于网络，仅供参考]

stationary state：稳态

当局限位能壁(potential wall)较薄时,量子点中的电子可因穿隧效应(tunneling effect)而逃离,我们称之为开放式量子点(open quantum dot),如图六所示,其类似一开放式共振腔(open cavity),此时电子能阶不再是稳态(stationary state)而是一种准稳态(quasi-stationary state);

quantum tunneling：量子隧道

quantum theory 量子论 | quantum tunneling 量子隧道 | quantum-tunnel effect 量子隧道效应

Joshi effect：乔西效应

Josephson tunneling 约瑟夫森隧道作用 | Joshi effect 乔西效应 | joule 焦耳