面临的挑战是，程序运行的堆内存。
The challenge is that the program is running out of heap memory.
此内存不是clr托管堆内存。
这两项技术使人们有可能避免堆内存分配。
These two techniques make it possible to avoid heap memory allocation.
分析器中的堆内存值仅会增加，而永远不会减少。
The heap memory value in the Profiler will only increase, never decrease.
它必须足够低，以在物理内存的范围内包含堆。
It must be low enough to contain the heap within physical memory.
同样，内存使用少于40%则说明堆太大了。
Likewise, memory use of less than 40% is a sign that the heap is too large.
VerboseGC有助于您确定您的内存堆是否太多或太大。
Verbose GC helps you determine whether your memory heap is big enough or too big.
在不朽内存中创建审计线程对象，在堆中运行。
Create the auditing thread object in immortal, running in the heap.
每种内存集由各种不同的内存池(亦称堆)组成。
Each memory set consists of various memory pools (also referred to as heaps).
堆桶是另外一种内存内桶。
堆桶是另外一种内存内桶。
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