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1·Figure 16c. Average power in watts.

图16c .平均电能(瓦特)。

2·Figure 13c. Average power in watts.

Figure 13c .平均电能(瓦特)。

3·The average power is therefore zero.

故平均功率为零。

4·Figure 13c shows the average power consumption.

图13c显示平均电能消耗。

5·Next the average power is given versus altitude.

下一步的平均功耗是与高度。

6·Riis had an average power output of 445 W on Tour climbs in 1996.

1996年，李斯在爬坡赛段中的平均能量输出是445瓦。

7·Conversely, the average power increased as testing velocity increased.

膝屈伸肌的平均功率随测试速度增高而增加。

8·Attenuation Coefficient The rate at which average power decreases with distance.

衰减系数平均功率随距离的延长而降低的比率。

9·Here we give the design proposal of a new DC-RF injector used in high average power FEL.

计算结果表明这种用于高平均功率自由电子激光的注入器的设计方案是可行的。

10·The average power is the work performed divided by the time required for the performance.

平均功率是所做的功除以做功所需的时间。