1) automatic hump
驼峰作业能力
1.
Since the Hump Automation Control System was formally openedin service in November 2001 at Xiangfan North Station, the preconceptioncontrol method for safety in automatic hump was applied in the safety control ofsystem based on the problems encountered and their causes during practicalutilization so that the human operation experiences can be integrated intoaccurate automation control.
襄樊北站驼峰自动化控制系统于2001年11月28日正式投入运用,根据该系统在运用中出现的问题及产生原因,通过采用自动化驼峰作业预想控制法,将人的作业经验与自动化精确控制相结合,取得了扬长避短充分发挥自动控制作用、提高编组站驼峰作业能力的效果。
2) hump
驼峰
1.
Comparison and Application of Automatic Hump Speed Control Technology;
自动化驼峰速度控制方法比较及应用
2.
Optimization Design for Air-compressor Power Station in Hump Yard of Railway Marshalling Station;
编组站驼峰空压动力站的优化设计
3.
Analysis on Multi-code Hump Frequency Shift Locomotive Signal;
多信息驼峰移频机车信号分析
3) camelback
“驼峰”
1.
Moreover, in the weighting process of the main roof, the characteristics of ground pressure manifestation are all of "camelback" form.
在来压过程中,回采工作面的矿压显现特征量均呈“驼峰”型。
4) Meniscus
悬浮驼峰
1.
Numerical Simulation of Meniscus in Induction Solidified Shell Melting;
感应凝壳熔炼悬浮驼峰数值模拟研究
5) hump curve
驼峰曲线
6) Tuofengshan
驼峰山
1.
This paper discusses the geochemical characteristics of elements especially REE (rare earth element) of the Tuofengshan copper and gold deposit in Neimenggu, and the relationship between the mineralization and the ductile and shear mylonitization.
阐述了内蒙古驼峰山铜-金矿床元素地球化学特征、稀土元素地球化学特征、成矿与韧性剪切糜棱岩化之间的关系,提出成矿物质来源于二叠纪地层及燕山期火山-次火山热液活动,成矿作用与韧性剪切糜棱岩化及后期火山-次火山岩(浅成-超浅成侵入体)密切相关,以后期热液叠加作用为主。
2.
Along the Huanggangliang- Ganzhuer metallogenic province in Inner Mongolia have been found a lot of larger copper- bearing sulfide deposits including Tuofengshan deposit.
内蒙古中部黄岗梁-甘珠尔庙成矿带已发现多处颇具规模的含铜硫化物矿床,驼峰山矿床位于其中。
参考词条
补充资料：兵棋作业(见想定作业)
兵棋作业(见想定作业)
war gaming exercise
bingqi zuoye兵棋作业(war ga而ng exercise)见想定作业。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。