中期（喜马拉雅早期）是主变形期，西带显示由SW向NE逆冲，以叠瓦状逆冲构造系统为其特征。
The middle(early Himalayan)is the main deformation, characterized by the imbricate thrust structure system, whose west zone shows thrusting from SW toward NE.
系统主芯片采用EP1K100 QC 208 - 3，由时钟模块、控制模块、计时模块、数据译码模块、显示以及报时模块组成。
The main system chips used EP1K100QC208-3, make up of the clock module, control module, time module, data decoding module, display and broadcast module.
此时系统开始检测，检测需要一定时间。检测时，在主显区的上方显示。
Then the system will start temperature inspection. During this processes, the following image can be seen at the top of the main display section.
主分支阀门现在可以被平衡已达到100%D FR或显示实际的系统流量百分比。
The Main branch valve can now be balanced to achieve 100%dfr or to indicate the actual system flow percentage.
论文对主惯导系统速度、姿态误差对传递对准的影响作了仿真分析，结果显示舰船主惯导系统的导航参数误差对传递对准的影响很大。
Finally the effect of the error of the master INS on the accuracy of transfer alignment is analyzed, results show that the master INS error can greatly deliver the transfer alignment performance.
转为后台运行的程序照样可以获得系统事件、读写数据、访问系统服务、改变自己的界面，只不过比当前显示在主界面的程序而言，运行优先级低了一点。
Background applications can get events, read and write data, access services, repaint themselves and are generally not restricted other than to run at a lower priority than the foreground application.
研究结果显示，主变压器的中性点接地与否及电缆遮蔽导体与互連导体对整体的接地系统故障特性有关键性的影响。
The study results reveal shown that the ground fault current will increase with the number of main transformer with neutral to be solidly grounded.
研究结果显示，主变压器的中性点接地与否及电缆遮蔽导体与互連导体对整体的接地系统故障特性有关键性的影响。
The study results reveal shown that the ground fault current will increase with the number of main transformer with neutral to be solidly grounded.
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