LR系列还补充有结构类似于LR系列的液压负载循环履带式起重机系列（HS系列）。
The LR series is completed by the hydraulic duty cycle crawler cranes range (HS series), which is similar to the LR series in design.
它初始化springbean工厂，然后开始一个长的循环，从而将负载置于每一个bean中。
It initializes the Spring bean factory and then starts a long loop, putting load on each of the beans.
作者朱磊(音译lei Zhu)分析了我们常用的服务端负载均衡手段——循环dns (RoundRobin DNS)，文中提到。
Lei Zhu, author of the article, then surveys conventional load balancing approaches used on the server side, starting with "Round Robin DNS" and notes.
基于这些分析，项目团队起出esp，并调整了下入深度，提高了循环模式的周期；与此同时，作业者采用电机放大器和负载反馈功能以解决遇到的所有问题。
Based on this analysis, the team made ESP trip and set-point adjustments, improved cyclic mode periods, and implemented motor amps and load feedback modes to address the issues encountered.
虚拟使用者会继续按照此顺序进行测试循环，直到负载测试完成为止。
The virtual user continues cycling through the tests in this order until the load test is complete.
通常只有当遇到需要额外工作负载时，工作循环才会大于25%，如阀门处于节流状态或驱动大型蝶阀的应用场合。
Duty cycles greater than 25% are generally needed only when additional work loads are encountered, such as valve modulation or in actuation of larger butterfly valves.
很多时候这些服务器群将通过一个循环dns或其它负载平衡算法分配连接。
Many times these server clusters will be allocated connections via a round robin DNS or other load balancing algorithms.
提出了对金属材料在无负载条件下进行尺寸稳定性评定的热循环在线检测法。
Thermal cycling on-line measuring method was proposed to evaluate the dimensional stability of metal materials unloaded.
NETWeb应用程序的多重安全水平，是横跨三个网络服务器(使用循环负载平衡)什么是最好的方法，在保持登录状态为用户？
NET web application is spanned across three web-servers (using round-robin load balancing) what would be the best approach to maintain login-in state for the users?
结果表明，该催化剂具有高度可循环性，且负载后的催化剂的催化活性大幅度提高，这主要是由于载体与金属催化剂间的协同催化效应而引起的。
The catalytic activities of the oxide supported metal catalysts have been largely enhanced, which is attributed to the synergetic effect that occurred at the interface of metals and oxide support.
结果表明，该催化剂具有高度可循环性，且负载后的催化剂的催化活性大幅度提高，这主要是由于载体与金属催化剂间的协同催化效应而引起的。
The catalytic activities of the oxide supported metal catalysts have been largely enhanced, which is attributed to the synergetic effect that occurred at the interface of metals and oxide support.
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