| 1. | The memory operation in anxiety and priming emotion
焦虑情绪与启动情绪两种状态下的记忆信息处理 |
| 2. | Bubble memory operation
磁泡操作 |
| 3. | There are two language mechanisms for guaranteeing consistency of memory operations across threads -
有两种语言机制可用于保证跨线程内存操作的一致性 |
| 4. | The term reordering is used to describe several classes of actual and apparent reorderings of memory operations
“重新排序”这个术语用于描述几种对内存操作的真实明显的重新排序的类型： |
| 5. | The other major area where the existing jmm caused some very confusing results was with memory operation reordering on
字段的内存操作重新排序有关，这个领域中现有jmm引起了一些非常混乱的结果。 |
| 6. | This means that in the absence of synchronization , memory operations can appear to happen in different orders from the perspective of different threads
这意味着在缺乏同步的情况下，从不同的线程角度来看，内存的操作是以不同的次序发生的。 |
| 7. | The jsr 133 expert group decided that it would be more sensible for volatile reads and writes not to be reorderable with any other memory operations - to support precisely this and other similar use cases
Jsr 133 expert group决定让volatile读写不能与其他内存操作一起重新排序是有意义的可以准确地支持这种和其他类似的用例。 |
| 8. | You ll recall how confusing memory operation reordering can be , and how subtle but serious problems can sneak into your code when you don t properly synchronize or actively try to avoid synchronizing
） ，您将会记得内存操作重新排序是多么的混乱，以及当您没有正确地同步（或者没有积极地试图避免同步）时，细微却严重的问题会如何暗藏在您的代码中。 |
| 9. | Another thread enters a synchronized block protected by that same lock ; this means that whatever memory operations are visible to thread a when it exits a synchronized block protected by lock m are visible to thread b when it enters a
Java内存模型规定，在另一个线程进入由同一个锁保护的同步块之前，一个线程应该退出同步块；这就意味着线程a在退出锁m保护的 |
| 10. | Because of the performance benefits of using processor registers and per - processor caches to speed up memory access , the java language specification permits some memory operations not to be immediately visible to all other threads
由于使用处理器寄存器和预处理cache来提高内存访问速度带来的性能提升， java语言规范（ jls ）允许一些内存操作并不对于所有其他线程立即可见。 |
