最大的限制是，本机堆和所有线程栈都保存在分段2 中。
The most significant restriction is that the native heap and all thread stacks are held in segment 2.
在大内存模型中，本机堆从分段3开始；分段2仅用于原始(初始)线程栈。
In the large memory model, the native heap starts at segment 3; segment 2 is only used for the primordial (initial) thread stack.
这些JMSTopicConnection对象也占用了大量的本机堆资源。
These JMSTopicConnection objects were also holding up significant amount of native heap resources.
将N设置为 0可允许分段3到F用于映射 —本机堆保存在分段2 中。
Setting N to 0 allows segments 3 through F to be used for mmapping — the native heap is held in segment 2.
真正的本机内存泄漏表现为本机堆持续增加，当负载移除或垃圾收集器运行时仍然不降低。
A genuine native-memory leak manifests as a continual growth in native heap that doesn't drop when load is removed or when the garbage collector runs.
如果您希望本机堆大于2gb，并且运行的是AIX 5.1或更高版本，那么您可以使用AIX超大内存模型。
If you want a native heap larger than 2gb and you are running AIX 5.1 or later, you can use the AIX very large memory model.
对于本机内存泄漏，进程大小将增加，对于碎片问题，在发生OutOfMemoryError错误时，会存在大量的可用堆。
For native memory leaks, the process size will increase, and for fragmentation issues, there will be a significant amount of free heap at the time of the occurrence of the OutOfMemoryError.
内存管理器依赖作为相邻内存slab的堆，因此当堆需要扩展时无法分配更多本机内存；所有堆内存必须预先保留。
The memory manager relies on the heap being a contiguous slab of memory, so it's impossible to allocate more native memory when the heap needs to expand; all heap memory must be reserved up front.
本机由送纸、印刷、开槽、模切、堆码五大部分组成。
This machine is composed of paper feeding, printing, grooving and packing.
注意，公共语言运行时(CLR)不会卸载任何含有冻结的字符串的本机映像，因为堆中的任何对象都可能引用该冻结的字符串。
Note that the common language runtime (CLR) cannot unload any native image that has a frozen string because any object in the heap might refer to the frozen string.
注意，公共语言运行时(CLR)不会卸载任何含有冻结的字符串的本机映像，因为堆中的任何对象都可能引用该冻结的字符串。
Note that the common language runtime (CLR) cannot unload any native image that has a frozen string because any object in the heap might refer to the frozen string.
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