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  outer end
     During installation the optimized procedures were used,which include the control of hydrogen leakage rate in the installation process for outer end cover of generator,hydrogen cooler and its casing,generator outlet casing,generator gas pipe,sealing oil system,etc.
     在安装阶段,采用优化工艺,在发电机外端盖、氢气冷却器及罩壳、发电机出线罩、发电机轴密封装配、发电机气体管道、密封油等系统安装时,控制漏氢量(率)。
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     Surprisingly, scorpion sodium channel is found topossess two extra residues (Leu-Pro) in the outer end of the IIS4 when compared toother arachnid or vertebrate counterparts.
     比较它们编码的蝎钠通道与蜘蛛钠通道蛋白氨基酸序列,两者在位点3和位点4区域存在着细微但被认为关键的氨基酸序列差异。 最为显著的是蝎钠通道在IIS4胞外端独特的多了两个残基。
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     The deformation is acuteand odds in the head and end of rolling pieces,it is because the effect of rigid-plastic interface and outer end;
     轧件头尾两端不但变形剧烈,而且变形不均严重,这是刚塑性交界面及外端的影响所致;
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     It is proposed that a disc spring pre tightening device be fixed on the outer end of the taper roller bearing of the output shaft of the drill, which effectively eliminates the bearing travel clearance.
     提出了在钻机输出轴圆锥滚子轴承的外端 ,加装一套碟形弹簧预紧装置 ,有效地解决轴承的游动间隙
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     A basic principle of spiral strip line generator (SSLG) for obtaining millimicrose-cond pulsed high voltage is described. Design method of SSLG with a short switch is given. The SSLG's inner end is the high -voltage output end, and its outer end is grounded.
     本文叙述了能产生毫微秒脉冲高压的螺旋形带状线发生器(以下简称SSLG)的基本原理,给出了具有一个短路开关,内端为高压输出端,外端接地的SSLG的设计方法,并提供了为便携式X光发生器设计的SSLG的制作工艺。
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  “外端”译为未确定词的双语例句
     It contains one and half [Mo_2(S_2)_6]~(2-) ions in an asymmetric unit. In [Mo_2(S_2)_6]~(2-), each Mo is coordinated side on by four S_2~(2-) groups in a distorted dodecahedral arrangement, two of which are bridging and the other two are terminal.
     每一不对称单位中含有1.5个[Mo_2(S_2)_6]~(2-)离子,在[Mo_2(S_2)_6]~2-离子中,每个Mo被4个S_(2-)~2侧接配位,按变形的十二面体排列,其中的两个桥式连接于两个Mo之间,其余两个接在外端
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     ()~1H-,()~(13)C-NMR data confirmed that the formation of PAMAM-MTX complex was due to the interaction between PAMAM external amino groups and the MTX carboxyl groups.
     1H-,13C-NMR数据表明MTX与PAMAM树状大分子形成复合物是由于MTX羧基和PAMAM树状大分子外端氨基之间的相互作用.
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     There were (5.3±1.5) rami of FB intersecting the line connecting the otobasion superius with the brow end and they were (35.68±10.46) mm distance of the otobasion superius.
     跨经耳上基点-眉外端连线(5.3±1.5)支,耳上基点前(35.68±10.46)mm。
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     The known 18 α and 8 β subunits combine to form at least 24 αβ heterodimers[10- 12].
     迄今为止已知有18种不同的α亚基和8种不同的β亚基组成至少24种的异源二聚体[10- 12]。 α及β亚基的N末端(胞外端)共同构成配体结合位点。
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     to the end leakage magnet field of general stator winding and the two outer squirrel cage, the leakage reactance are calculated by formula of induction motor design program.
     对定子常规端部绕组和两外端端部鼠笼绕组匝链漏磁场,采用异步电机设计程序中的公式计算漏抗值,累加对应项后分别得到总的定、转子端部漏抗标么值表达式。
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  相似匹配句对
     Spraying Normalizing for Endthickening Oil Pipe
     加厚油管喷雾正火技术
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     In design condition, the velocity profiles of the wakes are very similar exceptnear the endwall.
     设计状态除壁区
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     6.106..
     10-’
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     Dinner Out
     在晚餐
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     Essay On Ancient Duan Ink-stone
     古随笔
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  outer end
We recommend shifting the acromial bony chiselled part to the outer end of the clavicula.
      
We then use the 'mutant cycle analysis' to test whether D456 (outer end of S2) and D411 (inner end of S1) can pair with K525 and K538, respectively.
      
Autografts of peripheral nerve or allografts of muscle basal lamina were inserted into the putamen-caudate complex of rats, with the outer end of the implant being sutured to the temporalis muscle.
      
The clamps, which are made from nichrome wire may be applied to vessels of various diameters lying at different depths beneath the skin surface through which the outer end of the clamp is brought out.
      
It is suggested that the spikes, dimpled at their outer end and possibly hollow throughout their length, passed out through "pores" in the unit membrane.
      
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The key to successful cross rolling is to understand fully the distribution of deformation and the mechanism of crack formation at the centre of the rolled material as well as the optimum parameters for the technological process. With these points in mind, the authors carried out investigations by means of microscopic examinations and hardness tests on the distribution of deformation and the mechanism of crack formation at the centre of certain steel specimens at various temperatures, various rates of deformation,...

The key to successful cross rolling is to understand fully the distribution of deformation and the mechanism of crack formation at the centre of the rolled material as well as the optimum parameters for the technological process. With these points in mind, the authors carried out investigations by means of microscopic examinations and hardness tests on the distribution of deformation and the mechanism of crack formation at the centre of certain steel specimens at various temperatures, various rates of deformation, different ratios between the length of the plastic zone and the specimen diameters as well as at different lengths of material at both ends of the plastic zone.As the deformation of metals in cross rolling is in many ways similar to that in cross forging, the authors carried out experiments on the cross forging of aluminium and lead which had been marked with concentric circles at the ends in a 35-ton mechanical press at room temperatures, and then compared the results thus obtained with those in the cross rolling of carbon and alloy steels.The results of these experiments show that:(1) With only one strike of the press in cross forging, the deformation is greatest at the surface and diminishes towards the centre of the specimen. When reduction is small, only elastic deformation occurs at the centre.(2) With several strikes of the press on rotating specimens, the deformation at the surface and in the centre is greater than that in the intermediate zone. When reduction is very small, plastic deformation also does not penetrate into the centre.(3) Similar to cross forging, the deformation of metal in cross rolling is also greatest at the surface, less at the centre and least in the intermediate zone. This distribution of deformation remains practically unchanged in different metals and various rolling temperatures as well as under other testing conditions mentioned above. Under conditions of the present experiments, when reduction is small, the deformation at the centre may be only elastic. In this case, the distribution of deformation is similar to that with only one strike of the press in cross forging.In cross rolling, the greater the reduction, the higher the rolling temperature, the higher the rate of deformation, the greater the ratio between the length of the plastic zone and the specimen diameter, and the shorter the length of the material on either side of the plastic zone, the greater is the tendency for crack formation at the centre. Alloy steels seem less liable to crack formation than carbon steels.

在200—300毫米輥径的横軋机上于不同溫度、速度、变形程度、变形区长度与直径之比以及外端等条件下,用金相法和硬度法对各鋼种的圓棒的变形分布和中心破裂进行了研究。在冲床上用端面画有同心圓的鋁棒和鉛棒进行了常溫的旋轉橫鍛試驗,以了解横鍛横軋时金属的变形分布。試驗結果表明: 1.一次横鍛时,表面层的变形最大,越靠中心变形愈小。当压縮率不大时,中心处可能只发生弹性变形。2.旋轉橫鍛时,表面层和中心区的塑性变形較大,过渡区的变形最小。当变形率很小时,塑性变形亦可能不致于深入到中心区。3.横軋时金属的变形規律与旋轉橫鍛时相似,但在压縮很小时,断面中心只发生弹性变形。4.横軋时,軋制溫度、軋制速度增高,压縮率及变形长度与直径比越大,外端越小,中心破裂愈易产生。

1)The sound-conducting apparatus in the middle-ear of domestic fowls includes the membrana tympani,columella,musculus tensor tympani and several ligaments.These or- gans possess a simpler structure than in mammals,and yet their peculiar structures and interconnections between them make it possible to accomplish the conduction of sound waves. 2)The membrana tympani is about 6mm in diameter and forms the dorso- medial wall of the medial end of the external acoustic meatus.The surface of the mem- brane slopes ventro-medially,with...

1)The sound-conducting apparatus in the middle-ear of domestic fowls includes the membrana tympani,columella,musculus tensor tympani and several ligaments.These or- gans possess a simpler structure than in mammals,and yet their peculiar structures and interconnections between them make it possible to accomplish the conduction of sound waves. 2)The membrana tympani is about 6mm in diameter and forms the dorso- medial wall of the medial end of the external acoustic meatus.The surface of the mem- brane slopes ventro-medially,with the lateral end of the columella attached to its caudo- medial region.The tendon of the tensor muscle is inserted on its lateral surface and pushes its central part outward,producing a concavity of its inner surface. 3)The tensor muscle arises from the ventro-lateral part of the foramen magnum of the occipital bone and ends in a delicate tendon inserting on the lateral surface of the drum membrane where the extracolumella is attached.When the muscle contracts,it draws the drum outward and tenses the membrane,therefore it is better named as tensor tympani externum. 4)The columella,with its shaft directing in an oblique direction,has two special functional characteristics:(a)When the tensor tympani retracts the membrane,the columella changes its oblique angle to compensate the variation in the distance between the drum and the fenestra vestibuli;(b)The oblique position of the columella diminishes the force of the sound waves(push and pull)and avoids damaging the drum membrane. 5)The inner surface of the membrane tympani is concave,and therefrom the ten- sor tympani internum has lost its functional significance to regulate the tension of the drum,and has degenerated into a ligament.This ligament is divided into medial and lateral parts;the medial part is stronger then the lateral. 6)The ligaments of membrana tympani are the drum-tubal and marginal.Liga- ments of the columella are the columello-squamosal and ligament proprium.The columello-squamosal ligament is the most important apparatus to fix the columella,and the crucial point between the columella and ligament is the hinge of the columella move- ment.

1.鸭的中耳传声器官主要包括:鼓膜、听骨、张肌及韧带四部分。结构比较简单。它所以能完成传声过程中一系列的复杂动作,主要靠每一组成部分的特殊结构和各部使之间的连接。2.鼓膜北京鸭的鼓膜直径约6毫米,构成外耳道内端的背侧壁。鼓膜面自后,外,上方向前、内、下方倾斜。柱状听骨的外端附着在鼓膜的后内下区,占全鼓膜面的1/4—1/3。听骨中脚前端附着部约位于鼓膜中央。该部又为鼓膜外张肌的附着部。3.鼓膜外张肌鼓膜外张肌自枕骨项面的枕骨大孔下部两侧起始。肌腹成半环形,前端腱纤维混入鼓膜的听骨附着区。张肌收缩时,向外开张鼓膜,以调整膜的紧张度。4.鸭的听骨采取斜位,在传声过程中有三个优点 (1)当张肌收缩或弛缓时,听骨可借本身斜度的改变,在保持听骨两端位置不变的情况下,来调整鼓膜与前庭窗之间的距离,保持内耳的压力不发生大的变化;(2)鼓膜振动时可以借听骨斜度的改变,使内耳的压力发生变化;(3)前庭窗可以免受听骨垂直向的正面冲击,特别是在声音有较大的突然变化时,由于力的方向改变,在一定程度上可以保证内耳不致遭受破坏。5.家禽鼓膜外张肌的名称问题鸭与鸡以及一般鸟类的鼓膜张肌,根据它所在位置和力的作用方向,应称之为鼓膜...

1.鸭的中耳传声器官主要包括:鼓膜、听骨、张肌及韧带四部分。结构比较简单。它所以能完成传声过程中一系列的复杂动作,主要靠每一组成部分的特殊结构和各部使之间的连接。2.鼓膜北京鸭的鼓膜直径约6毫米,构成外耳道内端的背侧壁。鼓膜面自后,外,上方向前、内、下方倾斜。柱状听骨的外端附着在鼓膜的后内下区,占全鼓膜面的1/4—1/3。听骨中脚前端附着部约位于鼓膜中央。该部又为鼓膜外张肌的附着部。3.鼓膜外张肌鼓膜外张肌自枕骨项面的枕骨大孔下部两侧起始。肌腹成半环形,前端腱纤维混入鼓膜的听骨附着区。张肌收缩时,向外开张鼓膜,以调整膜的紧张度。4.鸭的听骨采取斜位,在传声过程中有三个优点 (1)当张肌收缩或弛缓时,听骨可借本身斜度的改变,在保持听骨两端位置不变的情况下,来调整鼓膜与前庭窗之间的距离,保持内耳的压力不发生大的变化;(2)鼓膜振动时可以借听骨斜度的改变,使内耳的压力发生变化;(3)前庭窗可以免受听骨垂直向的正面冲击,特别是在声音有较大的突然变化时,由于力的方向改变,在一定程度上可以保证内耳不致遭受破坏。5.家禽鼓膜外张肌的名称问题鸭与鸡以及一般鸟类的鼓膜张肌,根据它所在位置和力的作用方向,应称之为鼓膜外张肌。相当哺乳动物鼓膜张肌,在鸟类可称之为鼓膜内张肌。在家禽由于鼓膜向外隆凸的关系,已失掉对鼓膜张力的调整作用,因此退化为腱质。

Based upon the deformation feature of tube rolling process with cylindrical mandrel and usingmathematical-mechanical method, this article improves the theoretical calculation equation at present,and derives an analytical equation of mean specific pressure value of tube rolling with cylindricalmandrel. In addition, the distribution curves of values of specific pressure and friction force spreadall over the deformation zone are also measured for the first time with the self-designed, brand-newcomplex testing device....

Based upon the deformation feature of tube rolling process with cylindrical mandrel and usingmathematical-mechanical method, this article improves the theoretical calculation equation at present,and derives an analytical equation of mean specific pressure value of tube rolling with cylindricalmandrel. In addition, the distribution curves of values of specific pressure and friction force spreadall over the deformation zone are also measured for the first time with the self-designed, brand-newcomplex testing device. The result of the theoretical analysis has been proved to be correct. Through experiment, the authors have worked out the coefficients of friction between the rol-ls and the stock, the stock and the mandrel; the outer area influence coefficient curve; and the ratioε of the mean specific pressure in the decreasing-diameter zone to that in the decreasing-wall thick-ness zone.

本文根据圆柱芯棒轧管时的变形特点,采用数学力学方法对现有理论计算公式加以完善,导出圆柱芯棒轧管的平均单位压力值的解析式。并首次用自行设计的、全新的单位压力和摩擦力的综合测定装置,测量出在变形区内的单位压力和摩擦力的分布规律曲线及数值,从而论证理论分析结果的正确性。作者通过实验直接求解轧辊与轧件、轧件与芯棒间的摩擦系数、外端影响系数曲线以及减径区与减壁区平均单位压力的比值ε。

 
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