1) single mode quantized radiation field
单模量子辐射场
1.
The statistical properties of the system consisting of a trapped ion and a single mode quantized radiation field are investigated under the carrier excitation ( ω L= ω 0), red excitation ( ω L= ω 0-2ν ) and blue excitation (ω L= ω 0+2ν) .
研究了囚禁离子与单模量子辐射场构成的相互作用系统在载波激发 (ωL=ω0 )、红激发 (ωL=ω0 - 2ν)和蓝激发 (ωL=ω0 + 2ν)情形下的统计性质 ,得到了光子数和声子数的平均值及其方差、光场的二阶相干度等量值 ,结果显示光场始终具有亚泊松统计特性 。
2) single-mode field
单模辐射场
1.
Entropy property in the system of a single-mode field interacting with two two-level atoms;
单模辐射场与两个二能级原子相互作用过程中的熵特性
2.
The atomic dipole squeezing of the system of single-mode field Raman interacting with two coupling-atoms are studied by means of quantum theory.
研究了单模辐射场与耦合双原子Raman相互作用过程中原子的偶极压缩特性 ,讨论了系统耦合常数和初始状态对原子偶极压缩的影响。
3) single mode field
单模辐射场
1.
The time evolution of atomic particle s occupancy of two coupling atoms with single mode field Raman interacting is studied by means of quantum theory.
研究了耦合双原子与单模辐射场Raman相互作用过程中原子布居的时间演化特性 ,讨论了系统耦合常数和初始状态对原子布居时间演化行为的影响 。
4) single-mode thermal radiation field
单模热辐射场
1.
The squeezing effect of the light produced by the Raman interaction of single-mode thermal radiation field with two coupling atoms is studied by means of quantum theory.
利用全量子理论,研究了在Kerr介质中单模热辐射场与耦合双原子Ram an相互作用过程中的光场压缩效应。
5) mono-mode quantized field
单模量子场
6) single mode radiation
单模辐射
1.
By discussing the characteristics of different frequency leakage coax radiation and standing wave ratio,it is concluded that single mode radiation can produce steady electromagnetic wave,which provides theoretical p.
根据电磁场电磁波理论,从理论上对泄漏同轴电缆的辐射模式进行了分析,以倾斜开槽为例,推导出其辐射场的数学表达式,从而得出了泄漏同轴电缆的传输特性,讨论不同频率的泄漏同轴电缆辐射和驻波比的特点,总结出单模辐射可以产生均匀稳定的电磁波,为泄漏同轴电缆在闭域空间通信提供了理论基础和可实践的途径。
2.
The problem was discussed that how to restrain the high mode radiation field of LCX and expand its single mode radiation band based on the conditions that only single mode radiation generated.
根据单模辐射产生的条件,讨论了怎样抑制高次模辐射来扩展单模辐射的带宽。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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