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中心技术
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  central technique
     Transmit power control is central technique for resource and interference management in Ad hoc wireless network.
     传送功率控制是无线自组网中资源管理和控制干扰的中心技术.
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  “中心技术”译为未确定词的双语例句
     With the development, the call center is becoming the focus of the business and service .
     随着技术的发展 ,呼叫中心技术如今已经发展成为全球商业与服务业竞争的焦点。
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     Disaster Recovery Center Technology of HLR System Based on HA Structure
     基于HA结构的HLR系统容灾中心技术
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     The technique development actuality of Japan Marine Science and Technology Center
     日本海洋科学技术中心技术发展现状
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     Technology and Its Application in Cutting Fluid Processing Center in Front Wheel Hub
     切削液处理中心技术及在前轮毂生产线上的应用
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     Practice of energy center technique in Jiuquan Iron and Steel Complex
     能源中心技术在酒钢的应用
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  相似匹配句对
     Production Technology Centre, Hanover
     生产技术中心
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     Parma Technical Center
     Parma技术中心
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     TECHNOLOGY
     技术
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     Technology;
     技术
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     Where T(R) is the hypercenter of R; Z(R) is the center of R.
     Z(R)是R的中心
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  central technique
The ways in which asymptotic methods can be used vary from the straightforward to the perverse, and illustrate the general technical difficulties that delay equations provide for the central technique of the applied mathematician
      
Rate control is a central technique for interference management in bursty data systems.
      


The current energy situation in China is rather critical and it can not be substantially improved in the near future. The metallurgical industry is by far the largest energy consumer in this country, and its energy consumption accounts for 14.21% of the nation's total energy consumed.This implies low fuel efficiency, high energy loss and great potential of energy conservation. Energy consumption figures for mining metallic ores in China are also relatively high as compared with other industrial countries. Hence...

The current energy situation in China is rather critical and it can not be substantially improved in the near future. The metallurgical industry is by far the largest energy consumer in this country, and its energy consumption accounts for 14.21% of the nation's total energy consumed.This implies low fuel efficiency, high energy loss and great potential of energy conservation. Energy consumption figures for mining metallic ores in China are also relatively high as compared with other industrial countries. Hence it is all the more imperative to cut down energy consumption in various mining operations. The essential approach involves. (1) improvement in energy manage-

我国当前能源形势严峻,能源供不应求的紧张状况一时难望好转。在国民经济各部门中,冶金工业消耗能源居于首位,达全国能源消耗总量的14.21%,说明冶金能源利用效率低,损失浪费严重,节能潜力很大。矿山是冶金工业的基础,在矿石生产成本中能源费用占有一席重要地位。与国外同类矿石比较,国内矿石单位能耗均不同程度地偏高,因此矿山节能势在必行。主要节能途径是:加强能源管理,合理使用能源,以提高其有效利用率;总结和推广国内外行之有效的节能经验并投入相应的节能措施;进行以节能为中心的技术改造,逐步采用节能型新工艺、新技术、新设备、新材料以改变我国金属矿山的落后面貌。

This paper describes the technique ways and achievements of large round multi-row short-delay blasting experiments and a udies at Shuichang Iorn Mine.The practice shows that it is resonable to take extension of the parameters of drilling parterns and increase of spacing to burden ratio as main technique plan and select blasting parameters. Therefore, the good technique and economic indexes are achived.

本文介绍了水厂铁矿大区多排微差爆破试验研究的技术途径及成果。实践表明,以扩大孔网参数、提高炮孔邻近系数为中心的技术方案和选取的爆破参数是合理的,因而,获得了良好的技术经济指标。

The kernel of planning on harnessing the Yellow River is to utilize and to treat the resources of water and sediment of the Yellow River unitedly, including combination of promoting what is beneficial and abolishing what is harmful. In view of distinctive law of water and sediment of the Yellow River, the guiding ideology of planning shou- ld be placed on actual situation of the Yellow River valley, combining flood prevention and sediment reduction, leaving some leeway as considering the prospects of flood prevention...

The kernel of planning on harnessing the Yellow River is to utilize and to treat the resources of water and sediment of the Yellow River unitedly, including combination of promoting what is beneficial and abolishing what is harmful. In view of distinctive law of water and sediment of the Yellow River, the guiding ideology of planning shou- ld be placed on actual situation of the Yellow River valley, combining flood prevention and sediment reduction, leaving some leeway as considering the prospects of flood prevention and sediment reduction and its overall plan. On evaluation of soil and water conservation of the loess plateau, emphasis should be placed mainly on turning poor and backward into prosperous for the local people, as to sediment reduction for the lower fellow River, it should be considered as another problem with different nature. Based on this point, the classification of type of soil loss area in the loess plateau could not be divided only based on how many sediment being transported to the lower reaches. The author has also put forward some opinions on problems of project layout on the main river, improvement of existing systpms of flood prevention, further study on prossibility of increasing the capability of sediment transport, planning of flow passage into sea and rational utilization of water resources of the Yellow River as well. The author suggests that to strengthen the harnessing and developing works of the delta in the estuary zone of the Yellow River should be carried through the combination of departments concerning on harnessing the Yellow River and departments on petroleum. The opinions on making better and rational utilization of the water resources through technological transformation of taking economizing on water as a key has also been put forward in the paper.

治黄规划的核心是统一安排黄河水沙资源的利用和处理,其中包含着除害与兴利的结合。鉴于黄河的水沙具有其独特的规律,在规划的指导思想上,应强调从黄河流域的实际情况出发,把防洪与减淤结合起来,考虑防洪、减淤的前景及其总体布局时应留有余地。对黄土高原水土保持的评价应该主要着眼于为当地人民治穷致富,为下游减沙应作为另外一个不同性质的问题,应将二者区别开来。基于这一点,不能单从向下游输沙多少的观点来划分水土流失类型区。作者还就干流工程的布局问题、完普现有防洪体系问题、进一步研究增大河道输沙能力的可能性问题、入海流路的规划问题以及黄河水资源的合理利用等问题提出了一些意见。作者建议治黄部门与石油部门结合起来,加强黄河河口三角洲的治理与开发,并提出通过以加强节水为中心的技术改造,促使黄河水资源更好的合理利用。

 
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