1) Mismatch amplification
失谐放大
2) large detuning
大失谐
1.
We consider two three-level atoms simultaneously interact with single-mode cavity in the case of large detuning.
提出一个基于两个三能级原子和单膜腔场大失谐相互作用来实现两比特量子SWAP门的腔QED方案。
2.
A scheme is persented for the realization of a Greenberger-Horne-Zeilinger state through the Raman interaction of one V-type three-Level atom and coherent-state-cavity-field in large detuning condition.
提出了一种利用简并∨型三能级原子与相干态光场(大失谐条件下)Raman相互作用实现类自旋的腔场Greenberger-Horne-Zeilinger(即GHZ)态的新方案。
3.
A scheme is presented for the Realization of a spin-type Greenberger-Horne-Zeilinger state through the Raman interaction of one V-type three-Level atom and coherent-state-cavity-field in large detuning condition.
在大失谐条件下,利用简并∨型三能级原子与相干态光场的Raman相互作用,提出了一种实现类自旋的腔场Greenberger Horne Zeilinger(GHZ)态的新方案。
3) harmonic amplification
谐波放大
1.
The interaction between harmonic wave and shunt capacitors which are operated widely in the power system will make the harmonic amplification even shunt resonance.
电网中存在的谐波与大量运行的并联电容器组相互作用,会产生谐波放大甚至出现并联谐振,严重影响电能质量和电网的安全经济运行。
2.
The theory on harmonic amplifying by shunt capacitors was illustrated,and based on that the method and principle of limitation of harmonic amplification were recommended.
通过对无功补偿电容器谐波放大作用的分析,阐明了抑制谐波放大的方法和原理,举例介绍了电容器通过改造后的效果,并由电抗器参数的选择得出了解决电容器谐波问题的关键。
5) harmonic enlargement
谐波放大
1.
For the design of the filter,harmonic enlargement should be avoided.
在滤波过程中,滤波装置容易与配电网之间产生参数匹配,造成谐波放大,危及电网的正常运行。
补充资料：谐谐
1.戏笑貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条