若让循环间隔在一个合理数字(如，每7.5秒)内，你就有充足时间来处理这些输出。
If you keep your rotation intervals to a sensible amount (say, every 7.5 seconds) that should give you plenty of time to process the output.
正如从verboseGC的输出中能够看出的，GC循环的mark阶段花费了大多数时间。
As we've seen with monitoring the verbose GC output, most of the time spent occurs in the mark phase of the GC cycle. For example.
当前我们仍在实装基础输出循环，微调所有细节到我们都满意的程度可不是有效利用设计师时间的举措。
It's not an efficient use of developer time to tweak everything to get everything where we're perfectly happy with the tuning when we're still implementing basic rotations.
本文从有限时间热力学观点出发，导出有限时间约束条件下闭式燃气轮机循环的最大功率输出及其相应的效率界限。
Based upon the theory of finite time thermodynamics, this paper derives the maximum power output and the corresponding efficiency bound for a finite time closed-Brayton cycle gas turbine.
输出功率可以手动调整，以提供在任何条件下的最准确的数量和循环时间很短，即使在使用的最大功率输出情况下也能确保快速反应，。
The power output can be manually adjusted to provide the most accurate amount of light in all conditions and a short recycle time ensures quick responsiveness even when using the maximum power output.
输出功率可以手动调整，以提供在任何条件下的最准确的数量和循环时间很短，即使在使用的最大功率输出情况下也能确保快速反应，。
The power output can be manually adjusted to provide the most accurate amount of light in all conditions and a short recycle time ensures quick responsiveness even when using the maximum power output.
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