介绍了哈萨克斯坦应用堆浸工艺的生产企业及采用的工艺，并简述了矿石堆浸前准备工作以及浸金溶剂的研究情况。
The paper introduces the gold heap leaching enterprises and their process technique in Kazakhstan. The preparatory work before heap leaching and research on leaching solvent is discussed too.
例如，如果你有一个提供服务的应用以及一堆不提供服务的应用，那么你仍然可以通过适配器的部署将他们连接起来。
For example, if you have an application that is service-enabled, and a whole bunch of applications that are not service-enabled, you can still connect these by deploying adapters.
如果正确理解了应用程序的内存要求，则固定堆大小便是一个简单的性能优化问题。
Fixing the heap size is an easy performance optimization if the memory requirements of the application are well understood.
用于应用程序管理堆外内存区域和避免垃圾收集(GC)导致的延迟的机制就是一个此类的扩展。
One such extension is a mechanism for applications to manage areas of memory outside of the heap and avoid delays that are caused by garbage collection (GC).
正如上文所示的固定堆示例，应用程序可能有时的运行速度比调整前快，但仍然由未改变的GC开销甚至更长的平均暂停时间表示。
As the example of fixing the heap above showed, an application may sometimes run faster than it did before being tuned but still be marked by an unchanged GC overhead or even longer mean pauses.
应用程序堆大小参数定义了数据库管理器的一个特定代理或子代理所能使用的私有内存页数。
The application heap size parameter defines the number of private memory pages available to be used by the database manager on behalf of a specific agent or subagent.
与编写普通的基于堆的应用程序相比，使用非堆内存的NHRT编程使工作量大大提高。
NHRT programming with nonheap memory creates significantly more work compared with writing regular heap-based applications.
堆被注满，应用程序分配内存失败。
The heap filled up, and the application failed to allocate memory.
这个参数不是一个应用程序组内用于每个应用程序的各应用程序控制堆的大小。
This parameter is NOT the size of the individual application control heap of each application in an application group.
当应用程序接收到一个表明应用程序堆中存储空间不够的错误时，应该增加APPHEAPSZ的值。
When your applications receive an error indicating that there is not enough storage in the application heap, increase the value of APPHEAPSZ.
如果您的应用程序出现了内存泄漏，堆内存使用量将随时间稳步增长。
If a memory leak is present in your application, the heap memory usage steadily increases over time.
比较两个堆转储中应用程序对象的数目。
Compare the number of application objects in each heap dump.
图14显示该应用程序的堆使用情况。
为应用程序堆、语句堆、缓冲池和临时表空间这些区域中的本地处理调优联邦系统。
Tune the federated system for local processing in the areas of application heap, statement heap, buffer pool, sort heap, and temp tablespace.
它通过在应用下面的堆级别进行集群而不是直接集群应用。
It does this by clustering at the heap-level underneath the application instead of clustering the application directly.
因此您应该考虑增加堆或降低应用程序利用率目标以避免出现同步gc。
Therefore, you should consider increasing the heap or decreasing the application utilization target to avoid the occurrence of synchronous GCs.
一般而言，堆越大，应用程序的性能就越好，但是对于某些系统或某些类型的工作负载来说也会存在例外。
In general, the bigger the heap, the better the application performance, although there are exceptions with certain systems or certain kinds of workloads.
这可以消除基于.NET的应用程序中托管堆大小常见的锯齿模式，并且减少了应用程序为执行垃圾回收而花费的时间。
This can get rid of the sawtooth pattern often seen for the managed heap size in.net-based applications, and reduces the time an application spends performing garbage collection.
了解堆大小和应用程序利用率方面的关系非常重要。
It's important to understand the correlation between heap size and application utilization.
如果堆和应用程序的内存使用量很接近，那么垃圾收集器必须非常频繁地收集堆，这会导致性能损失。
If the heap is close to the memory usage of the application, the garbage collector has to collect the heap too often, and performance suffers.
我希望本文能为您提供一些关于如何在不同构建之间度量应用程序中堆使用的想法，还有几个手工技术用于发现并处理不可避免的泄漏。
I hope this article has given you some ideas on how to measure your application's heap usage from build to build, plus a few handy techniques for finding and fixing leaks when they inevitably occur.
应用程序支持层堆是本地应用程序和与它相关联的代理之间的通信缓冲区。
The application support layer heap represents a communication buffer between the local application and its associated agent.
解决方案堆由应用程序组成，这些应用程序有助于开发过程和应用程序部署。
A solution stack consists of the applications that will assist in the development process as well as the deployment of the application.
应用程序一直运行，直至耗尽堆的可用内存，此时GC停止所有的应用程序代码、执行垃圾收集，然后让应用程序继续运行。
An application runs until the heap is exhausted of free memory, at which point the GC stops all application code, performs a garbage collect, and then lets the application continue.
在应用程序组内，每个应用程序都有其自己的应用程序控制堆。
Within the application group, each application has its own application control heap.
堆需求不变的应用程序可以通过使用固定堆大小改进GC暂停时间。
Applications with consistent heap requirements might see GC pause time improvements by using a fixed heap size.
在实时垃圾收集器上运行应用程序时，堆大小和应用程序利用率是要考虑的重要调优选项。
Heap size and application utilization are important tuning options to consider when running an application on a real-time garbage collector.
固定大小的堆不得小于应用程序的最大内存使用量，以避免出现内存不足的错误。
The fixed heap must be at least as big as the maximum memory usage of the application to avoid out-of-memory errors.
图8演示了一种典型的堆大小和应用程序利用率之间的平衡。
Figure 8 illustrates a typical trade-off between heap size and application utilization.
图8演示了一种典型的堆大小和应用程序利用率之间的平衡。
Figure 8 illustrates a typical trade-off between heap size and application utilization.
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