长时间的高cpu使用率是非常有意义的关注内容，因为这可能表明站点通信量猛增，我们没有足够的硬件容量来支持这一通信负荷。
Prolonged high CPU utilization is interesting because it could mean the site is flooded with traffic, and we simply do not have enough hardware capacity to support the load.
它还列出了各个逻辑分区的使用率统计信息，包括在不同模式(用户、系统、空闲和等待)中有权使用的容量百分比。
It also lists utilization statistics of each logical partition, which includes percentage of entitled capacity in different modes (user, system, idle, and wait).
在采用Uncapped模式运行的AIX 5.3分区中，使用率应该基于可用容量百分比。
In AIX 5.3 partitions running in uncapped mode, the utilization would be based on the entitled capacity percentage.
能源使用率将是每人55万亿焦耳1528万千瓦时，1亿千瓦容量按90%的系数可产生约8000亿千瓦时。
Energy usage would be 55 terajoules per person 15.28 million KWH, 100 GW at 90% capacity factor produces about 800 billion KWH.
能源使用率将是每人55万亿焦耳1528万千瓦时，1亿千瓦容量按90%的系数可产生约8000亿千瓦时。
Energy usage would be 55 terajoules per person 15.28 million KWH, 100 GW at 90% capacity factor produces about 800 billion KWH.
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