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体控制
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  bulk controlled
     As shownin the experimental results,the gas sensitive mechanisms of crystal pure α-Fe_2O_3 can be re-presented as bulk controlled mode.
     纯态α-Fe_2O_3的气敏机制属体控制型为主.
短句来源
     The gas sensitive mechanisms of r-Fe2O3 can be represented as bulk controlled mode basically.
     r-Fe_2O_3是以体控制型为主的气敏机制.
短句来源
  “体控制”译为未确定词的双语例句
     A study shows the main regularities in the formation and distribution of the petroleum reservoirs in Gaotaizi oil-bearing formation are:Deltaic sand bodies govern the formation and distributions of the early stage reservoirs;
     研究表明,本区高台子油层油藏形成与分布的主要规律是,三角洲砂体控制早期油藏形成与分布,半环状构造群各局部构造的内翼控制晚期油藏形成与分布。
短句来源
     By the VF-SDM,visual simulation system is decomposed and assorts with Object Model,Simulation Model,Visual Federation Model,Move Controlling Model,and Display Synchronization Model.
     VF-SDM是一种“螺旋、渐近、独立、同步”开发方法,这种方法实现了视景仿真系统对象模型、仿真模型、视景联邦模型、运动体控制模型、视景显示同步模型分解与协调。
短句来源
     MASS TRANSFER MODEL FOR XD TYPE MEMBRANE COATED UNIT IN CONTROLLING-RELEASE PROCESS
     XD型膜包络体控制释放过程传质模型
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     The Experiment Research of Controlled Blasting on Adjoining Rock in Bedded Rock Cutting
     层状岩体控制爆破的实验研究
     The oil controlled by the point bar and levee sandbodies respectively accounts for 73% and 13% of the total reserves in place in the block.
     边滩微相砂体控制的储量约占总储量的73%,天然堤砂体控制的储量约占总储量的13%。
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  相似匹配句对
     Analysis and control on crack of masonry envelope
     砌结构裂缝分析及控制
短句来源
     Control of Masonry Structure Crack
     砌结构裂缝的控制
短句来源
     Decentralized Control
     《分散控制
短句来源
     Risky investment control
     风险投资控制
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     Volume Graphics
     图形学
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  bulk controlled
It has been found that the rate for the reduction process is higher than that for the oxidation runs, thus indicating that the obtained kinetic data are not purely bulk controlled.
      


Cavitation damage of the invert has frequently been met with in dam spillways, spillway tunnels and tunnel outlets, causing great concern over the safety of their operations. In the paper, reasons for the cavitation damage are analysed in both theoretical and experimental ways. Results show that the cavitation breaking-out there is mainly due to the maximum boundary shear τ0 occurring at the tangential point immediately downstream the invert, and the critical hydraulic condition can be judged by a dimen-sionless...

Cavitation damage of the invert has frequently been met with in dam spillways, spillway tunnels and tunnel outlets, causing great concern over the safety of their operations. In the paper, reasons for the cavitation damage are analysed in both theoretical and experimental ways. Results show that the cavitation breaking-out there is mainly due to the maximum boundary shear τ0 occurring at the tangential point immediately downstream the invert, and the critical hydraulic condition can be judged by a dimen-sionless parameter , i.e. η = 0.015±. It has been found that the limited height of surface irregularities for tevitation free varies with the total head and the radius of the invert curve. In case that the total head H<100 m or flow velocity V<35 m/s, irregularities of not higher than 2-3 mm is suggested to avoid cavitation, or, other measures should then be considered. An improved configuration of the invert has also been worked out in the paper.

本文从理论和试验两个方面分析了溢流坝、泄洪洞反弧段发生空蚀破坏的原因。反弧末端空蚀破坏的一个主要原因是反弧下切点边界切应力τ_0最大。通过试验,找到了一个无因次数,即η=0.015左右,来判别最不利的泄水条件。文中还指出,表面孤立不平整突体的控制高度与总水头和反弧半径有关。当总水头H<100米或流速V<35米/秒时,不平整突体高度不得超过2—3毫米,否则应采取其它防蚀措施。本文还研究推荐了一种改进的双三次曲线反弧体形。

Substituting cobalt for Ag-Iu-Cd alloy as absorber material of control rods in HFETR, one can get more economical utility of reactor neutrons, and obtain ~(60)Co radioisotope.Control rod worth experiments for these two kinds of material have been done in a zero power mokeup assembly of HFETR. In this paper, experimental results are compared with calculations. A concrete proposition are described, the production and specific intensity of radioisotope ~(60)Co are given. This proposition has been adopted.

高通量工程试验堆上用钻代替银铟镉合金作为控制棒的吸收体材料,可以提高堆的中子利用率,获得~(60)Co放射性同位素。在零功率模拟装置上进行了两种材料吸收体的控制棒效率实验测量。本文将实验结果与理论计算作了比较,叙述了在高通量工程试验堆上的实施方案,并给出了同位素比度和产量,该方案已被采用。

A deep trough which was more than 700 km long stretched from north tosouth in west Yunnan in the Devonian.Submarine fan of terrigenous debrisand the related deep water sediments were well developed there,thus formed theassemblage of both submarine fan model and carbonat slope wedge model.The fan is between high energy system and low energy system,but moreclose to high energy system.It can be divided into five subfacies such asinnerfan facies,central-fan facies,outer-fan facies,fan marginal facies andbasin-plain...

A deep trough which was more than 700 km long stretched from north tosouth in west Yunnan in the Devonian.Submarine fan of terrigenous debrisand the related deep water sediments were well developed there,thus formed theassemblage of both submarine fan model and carbonat slope wedge model.The fan is between high energy system and low energy system,but moreclose to high energy system.It can be divided into five subfacies such asinnerfan facies,central-fan facies,outer-fan facies,fan marginal facies andbasin-plain facies.The carbonate sediments on base of the slope along the dis-tribution of carbonate slope,as a self-formed system,are not controlled by thefan body.It consist of allochthonous sediments in carbonate gravity flow andautochthonous sediments in deep water.The provenance of the former is relat-ed to the submarine canyon which deeply cuts the slope,and that of the fateris the adjacent carbonate platform.Gravity sediment,especially the submarine fan show up distinct phases.Itcan be divided into embryonic stage(Shanjiang-Alengchu period,i.e.,the earlystage of the Early Devonian),prime stage(Banmandaodi period,i.e.,the latestage of the Early Devonian)and depauperation stage(the Middle Devonian).They constitute the evolution history of deep water sediments.

滇西泥盆纪时存在一南北向深海槽,长达700km 以上,其中发育陆源碎屑海底扇及与之相关的深水沉积,构成海底扇模式与碳酸盐斜坡楔状体模式的组合实例。海底扇居于高效能与低效能类型之间,更偏于高效能体系,物质来源与深切斜坡的海底峡谷有关。坡脚碳酸盐沉积自成体系,不受扇体控制,沿碳酸盐斜坡分布,由异地碳酸盐重力沉积与深水原地沉积组成,物质来自邻近的碳酸盐台地。重力沉积,特别是海底扇沉积,阶段性甚明显,可划分出萌动期(江(?)阿冷初期,即早泥盆世早期);全盛期(班满到地期,即早泥盆世晚期);收缩期(中泥盆世)。

 
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