The DC system is capable of rapid response to changes in control setting, with DC power transfer changes occurring faster than in AC systems.
由于直流传送功率的改变要快于交流系统,直流系统对控制整定值能迅速作出响应。
Computational results show that compactly supported wavelets can represent abrupt changes in control functions better than trigonometric series and considerably increase computational efficiency.
计算结果表明,小波函数与三角级数相比,可以更好地描述控制函数的急剧变化,并使计算效率显著提高。
Of all the physiological differences in human sleep compared with wakefulness that have been discovered in the last decade, changes in respiratory control are most dramatic.
在过去十年发现的人类睡眠与清醒状态之间的所有生理差异中,呼吸控制上的变化最为显著。
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