1.This type of infinite loops can sometimes occur due to multithreaded access into a shared unsynchronized data structure.
这种类型的无限循环有时是由于多线程访问共享的不同步的数据结构造成的。
2.The anti-pattern in Figure 22 explicitly defines the lack of synchronization through unsynchronized cycles by pairing a fork with a merge.
图22中的反模式通过fork-merge对导致的未同步循环显式定义了缺乏同步问题。
3.The purpose of using the unsynchronized StringBuilder was to provide a baseline measurement of performance.
之所以使用非同步的StringBuilder，是为了提供一个测量性能的基线。
4.The time-interval could be pided into two parts, namely clock synchronized part and clock unsynchronized part.
我们采用基于时钟的粗计数器来量化被测时间间隔中与时钟同步的部分；
5.Performing this operation requires reloading the application diagram and might cause these files to become unsynchronized.
执行此操作需要重新加载应用程序关系图，这可能会导致这些文件不同步。
6.Synchronized means that all projects must propagate on the same intervals; unsynchronized means that projects choose their own timing.
同步化意味着所有的项目必须按照相同的间隔进行传播；不同步化意味着项目可以选择它们自己的计时方式。
7.An unsynchronized mirror server can also be used as a warm standby server, with possible data loss.
不同步的镜像服务器也可以用作温备用服务器，但可能会丢失数据。
8.Not doing so can lead to corrupted memory due to unsynchronized manipulation by multiple threads.
不这样做可能导致内存破坏（由于多个线程执行了不同步的操作）。
9.Database to become unsynchronized with the read-only database.
数据库与只读数据库不同步。
10.Because of unsynchronized lifting additional internal force is caused. Structural strength and whole stability are lacking during lifting.
整体提升过程中，由于各个吊点提升不同步，使结构产生附加内力，从而带来吊装过程结构强度和整体稳定不足的问题。