1·In the mark phase, all the "live" objects are added to mark vector.
在标记阶段，将所有“活的”对象添加到标记向量。
2·The mark phase took 422 ms, the sweep phase took 37 ms, and the compact phase took 0 ms.
mark阶段422 ms, sweep阶段37 ms, compact阶段0 ms。
3·Root structures are scanned as part of the initial function of the mark phase in the collector.
根结构被作为收集器中标记阶段初始功能的一部分进行扫描。
4·As with the mark phase, the cost of sweeping dead objects back into the free memory pool can't be completely predicted.
与标志阶段类似，将死对象清理回自由内存池的耗费也不能完全预测。
5·The parameter reduces the time spent in mark and keeps the mark phase running, even if a GC cycle is not in process.
此参数缩短了花在mark上的时间并在GC循环未在进行中时仍能保持mark阶段运行。
6·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.
正如从verbose GC的输出中能够看出的，GC循环的mark阶段花费了大多数时间。
7·The mark phase is responsible for tracing through all objects visible to the application and marking them as live to prevent them from having their storage reclaimed.
标记阶段负责跟踪应用程序可见的所有对象并将它们标记为活的，以免回收它们的存储。
8·These references are associated with one of four queues on creation, and the association cannot change later. The four queues are marked during the mark phase in this order.
这些引用与创建时的四个查询中的一个相关，并且这种相关性在日后不能更改。
9·Objects that are unmarked at the end of the mark phase are unreachable by the application (dead) because there's no path from the root set through any series of references to find them.
标记阶段最后也没有标记的对象是应用程序不可获得的对象(死对象)，因为不存在从根集经过任何引用序列找到这些对象的路径。
10·During the planning phase, I let them climb a ladder to the mark on the trunk where the floor would go.
在整个规划设计阶段，我让他们爬上梯子在树干上标记下将要架设树屋地板的地方。