transition element中文是什么意思

• 【化学】过渡元素。
  

• "transition"中文翻译    n. 转变，演变，变迁，变化；飞越；过渡期；【音乐】变调 ...
• "element"中文翻译    n. 1.要素；成分；(构成)部分；分子。 2.【化学】 ...
• "inner transition element" 中文翻译 :    内过渡元素
• "post-transition element" 中文翻译 :    过渡后元素
• "transition metal element" 中文翻译 :    过渡金属元素
• "transition-metal element" 中文翻译 :    过渡金属元素
• "transition" 中文翻译 :    n. 转变，演变，变迁，变化；飞越；过渡期；【音乐】变调，转调；【修辞学】语次转变；【语法】转换；【物理学】跃迁；【地质学；地理学】转移层；【建筑】(式样、时期等的)过渡。 forced transition 【物理学】受迫跃迁。 a transition period [stage] 过渡时期[阶段]。 an age of transition 过渡期。 -al, -ary adj.,-ally adv.
• "transition in" 中文翻译 :    过渡段
• "transition to" 中文翻译 :    路由至; 向……过渡; 向……转变
• "and element" 中文翻译 :    及组件; 与元件
• "element" 中文翻译 :    n. 1.要素；成分；(构成)部分；分子。 2.【化学】元素；【数学】元，素；【机械工程】单元；单体；【无线电】元件；【植物；植物学】原种。 3.【电学】电池；电极；电阻丝。 4.生存环境，活动范围；本行，本领。 5.〔pl.〕原理；初步；大纲。 6.〔pl.〕自然力；暴风雨。 7.【军事】小队，分队。 8.〔pl.〕【宗教】(圣餐用)面包和葡萄酒。 the four elements (古希腊哲学家认为组成世界的地、水、火、风)四元素。 discontented elements 不平分子。 daughter element 【物理学】子元素。 control element 控制元件。 the elements of grammer 语法基础。 in one's element 在自己(活动)天地内，如鱼得水。 out of one's element 在自己活动天地外，不得其所，格格不入。 strife [war] of the elements 暴风雨。
• "if-then element" 中文翻译 :    蕴含元件
• "is element" 中文翻译 :    插入序列元件
• "not and element" 中文翻译 :    非与元件
• "not element" 中文翻译 :    非门; 非元件
• "not if then element" 中文翻译 :    反若则元件
• "not or element" 中文翻译 :    非或门; 非或元件
• "not-and element" 中文翻译 :    与非门
• "not-if-then element" 中文翻译 :    反蕴涵元件
• "or element" 中文翻译 :    或原件
• "element element" 中文翻译 :    元素
• "a transition period" 中文翻译 :    过度时期
• "abrupt transition" 中文翻译 :    挤塑模头陡变区
• "absorbing transition" 中文翻译 :    吸收跃迁
• "absorptive transition" 中文翻译 :    吸收过渡

• Influence of transition elements dopant on the photocatalytic activities of nanometer tio
  2光催化剂性能的影响
• Wireless transition element transmit
  无线传输类
• Construction of the transition elements between the sparse and dense meshes in the finite element computation
  有限元计算中疏密网格间过渡单元的构造
• The study on the replaced reaction of coordination water in transition elements heteropoly anions with keggin structure by quinine
  结构过渡金属杂多阴离子中配位水与奎宁的取代反应
• This paper gives a review on the research work of organogallium complexes formed by gallium and main group element , transition element as well as typical ligands
  对最近几年镓与主族元素、过渡元素及其他一些典型配体形成的有机镓配合物的研究进展作一概述。
• In this thesis , previous research works on mg - based hydrogen storage materials have been reviewed . on this basis , the following works have been carried out : firstly , the part of ni in mg2ni alloys was partial substituted by the transition element cr . the effect of element cr and mechanical alloying on the phase structure and hydrogen storage properties of mg2nii . xcrx ( x = 0 , 0
  本文在对国内外镁基储氢材料的研究进展进行了文献综述的基础上，着重对以下两方面内容进行了研究： ( 1 )用过渡族元素cr对mg _ 2ni合金进行了元素替换，研究了mg - ni - cr三元合金的晶体结构、微观特征以及吸氢动力学性能。
• Secondly , the effort is made to develope new type of transition element for multi - scale fatigue damage simulaton of long - span structures for the transition between elements for the hot spot stress analysis and the structural element . the linear and piecewise linear interplotion function for displacement interplotion are used for the transition element formulation according to the displacement compatibility requirement between element interfaces
  在综合已有的构造过渡单元模型关于位移插值形式的基础上，通过采用分段线性位移插值模式和线性位移插值方式，并在位移模式中引入非协调位移模式，强迫构造单元通过分片试验，构造了一种用于疏密网格单元连接过渡单元。
• Two numerical examples of simple component in two and three dimensions are analyzed respectively by using the formulated transition element . the calculated results show that the formulated transition element can realize the transition between elements with different mesh densities and the calculated stress has a higher precision , which suggests that the transition method using the formulated two dimensional and three dimensional transition element is feasible for the transition between different meshes of elements in the multi - scale damage modeling
  进行了相应的数值分析，应力计算结果表明：构造的过渡单元能够实现疏密网格之间的单元过渡，应力计算性能良好，表明文中所提出的过渡单元的连接过渡方案是可行的，初步实现了结构跨尺度损伤模拟过程中所需要的疏密网格单元之间的过渡。
• To validate the formulated transition element for the calculation of the hot - spot stress and stress concentration factor in the welded components by experimental results , the stress concentration factor of the experimental welded specimens carried out in the research group is calculated by using the developed plane - transition element . the calculated stress concentration factor in the two types of tested welding components agrees well with that obtained from the experimental result . and the calculated result on the tendency of hot - spot stresses agrees well with that from the measured result
  为了验证文中构造的过渡单元模型用于分析焊接节点附近的应力集中问题的正确性和有效性，进一步又对过渡单元模型进行实验结果验证，采用平面过渡单元模型计算了本课题组进行的两类焊接构件的应力集中系数，并与根据实测方法得到的应力集中系数进行了比较，计算结果与实验测试得到的应力集中系数和相应的热点应力变化趋势比较吻合，为本文建立的过渡单元的实际应用提供了初步的基础。

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