It is experimentally proved that the control method is able to regulate the output capacity according to the temperature variation in the room.
实验结果表明该控制方法能够根据室内温度的变化而作出能力调节。
Heat capacity and its temperature variation depend on differences in energy levels for atoms.
热容及其随温度的变化由原子的能级之差来决定。
The results show: the stochastic dispersion variation apparently leads to the time jitters and reduces the capacity of the dark soliton transmission system.
结果表明:色散随机变化增大了暗孤子到达检测窗口的时间抖动方差而降低了暗孤子传输系统的容量。
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