In order to exploit its potential applications, we experimentally study the dependence of ^85 Rb-based coherent population trapping （CPTi resonance on N2 buffer gas with 6 vapor cells filled with natural rubidium and...In order to exploit its potential applications, we experimentally study the dependence of ^85 Rb-based coherent population trapping （CPTi resonance on N2 buffer gas with 6 vapor cells filled with natural rubidium and N2. The experiments are carried out at different pressures and temperatures, and the results reveal that higher cell temperature makes the resonance more sensitive to N2 pressure. Thus, it is importmlt to choose a proper buffer gas pressure at a given cell temperature. This work provides valuable data for the application of 85Rb CPT resonance with a buffer gas of N2.展开更多
文章介绍了TDMoIP(TDM over IP)技术中的一种基于去抖动缓存区自适应时钟恢复的改进算法,该算法将原算法的按固定周期长度调整接收端时钟频率改进为变长调整周期,通过改进算法和原算法的仿真对比,可以看出改进后的算法克服了原算法中的...文章介绍了TDMoIP(TDM over IP)技术中的一种基于去抖动缓存区自适应时钟恢复的改进算法,该算法将原算法的按固定周期长度调整接收端时钟频率改进为变长调整周期,通过改进算法和原算法的仿真对比,可以看出改进后的算法克服了原算法中的矛盾现象。最后对改进算法的性能进行分析,从理论上进一步验证了改进算法的优越性。展开更多
基金supported by the National Natural Science Foundation of China (Grant No. 10927403)
文摘In order to exploit its potential applications, we experimentally study the dependence of ^85 Rb-based coherent population trapping （CPTi resonance on N2 buffer gas with 6 vapor cells filled with natural rubidium and N2. The experiments are carried out at different pressures and temperatures, and the results reveal that higher cell temperature makes the resonance more sensitive to N2 pressure. Thus, it is importmlt to choose a proper buffer gas pressure at a given cell temperature. This work provides valuable data for the application of 85Rb CPT resonance with a buffer gas of N2.
文摘文章介绍了TDMoIP(TDM over IP)技术中的一种基于去抖动缓存区自适应时钟恢复的改进算法,该算法将原算法的按固定周期长度调整接收端时钟频率改进为变长调整周期,通过改进算法和原算法的仿真对比,可以看出改进后的算法克服了原算法中的矛盾现象。最后对改进算法的性能进行分析,从理论上进一步验证了改进算法的优越性。
