tetragonal中文是什么意思

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中文翻译
造句

adj.
1.四角[边]形的。
2.【物理学】正方晶的。
短语和例子
tetragonal prism 正方柱。

simple tetragonal 简单四方
tetragonal anvil 四面顶锤
tetragonal axis 四次轴; 四方晶轴; 正方轴
tetragonal base 四方底面; 正方底面
tetragonal bearing 夹布胶木轴承
tetragonal bipyramid 四方双锥; 正方双锥
tetragonal cell 四方晶胞
tetragonal configuration 四面体构型
tetragonal coordinates 四面坐标
tetragonal corals 四边形珊亨; 四射珊呵纲
tetragonal crystal 四方晶体; 四方系晶体; 正方晶体
tetragonal distortion 四方畸变
tetragonal holohedralclass 正方全面像晶族
tetragonal hybrid sp,3杂化轨道函数; 正四面体杂化轨函数
tetragonal lattice 四方晶格; 正方晶格
tetragonal martensite 正方晶格马氏体
tetragonal net 四方面网
tetragonal polyhedron 四角形多角体
tetragonal prism 四方晶; 四方柱; 四角棱镜; 正方柱
tetragonal pyramid 四方锥; 正方锥
tetragonal scalenohedron 正方偏三角面体
tetragonal sphenoid 四方楔; 正方楔
tetragonal structure 四方晶体结构; 四方形结构
tetragonal symmetry 四方对称; 正方对称
tetragonal alternating class 四方映转晶组
tetragon n. 1.【几】四角[边]形。 2.【物理学】四重轴。

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例句与用法

The tetragonal phase of pbtio3 is very stable owing to its large tetragonal strain , and relatively small tetragonal stain of batio3 is an important reason for its low - temperature phase transition
由于钛酸铅具有较大的四方应变，使得其能够在四方相稳定下来，而钛酸钡较小的四方应变是其仍能够发生低温铁电相变的一个重要原因。
Below 280k the degenerated states were relieved and the electrons turned to the ordered states from the disordered , leading to the resistance increase suddenly and the transition from the cubic to the tetragonal structure
280k以后， mn原子轨道电子态的简并被解除，电子由无序向有序状态转变，电阻随温度的降低，急剧增加，材料结构由立方相向四方相转变。
Alloy fabricated by arc melting consists of continuous nbssi matrix and dispersive distributed nb particles . the metastable nbasi phase is found to have a tetragonal crystal structure with space group p42 / n and lattice parameters a = 1 . 021nm , c = 0 . 519nm
O 0 ）金属间化合物的显微组织由连续的nb3si基体、弥散分布的nb粒子组成，其中亚稳态相nb3si为四方结构，空间群p42 n ，点阵常数a l
Based on recent published research , explanation about the experimental results was also given . remanent polarization and coercive field decreased with the increasing of la content . the crystal structure transformed from tetragonal to cubic when la concentration increased to 28mol %
在薄膜的铁电性质方面，随着掺镧含量的升高，剩余极化和矫顽场逐渐降低；当镧含量达到28mol时薄膜的结构从四方相转变到立方相。
Traditionally it is considered that particles are formed into the single - chain structure , while the body - centered tetragonal ( bct ) structure comes into being when the particle volume is a little high . and the other structure models such as the layer model , the fiber model , the column model and so on
粒子发生聚集所形成的结构传统的认为是单链模型，而当粒子的体积浓度比较大时，一般认为是体心四方结构(即bct模型) ，此外还有诸如层结构模型、纤维结构模型、圆柱结构模型等等。
It has been found that all the elements in the addition act respectively in the way that affect the material ' s properties during the calcining process and the increase of the pms / pzn ratio can weaken the stability of the crystal structure of the sintered ceramics and cause the crystal structure transformation from the tetragonal to the rhombohedral as well
发现多元压电陶瓷材料中，无论是主加组元还是微量掺杂，预烧阶段，它们在陶瓷中的作用都表现为单独离子对陶瓷结构和性能所起的作用。烧结后，随着pms pzn相对量的提高，陶瓷晶体结构由四方相向三方相转化，同时稳定性下降。
The appropriate calcinations temperature is about 700 , and the tetragonal sno2 phase crystal structure of the particles remained unchanged when sb was doped to it . as the calcinations temperature increasing and the calcinations time prolong , the size of particles grows and the crystallization tend to be complete . study on the electrical properties of ato powders prepared by hydrothermal synthesis was performed in - depth , the most optimal electrical properties are obtained at doping ratio of 11 percent
水热法制备的ato纳米粉体在热处理温度700左右较为适宜，锑的掺杂并未改变粉体的四方相金红石结构，随锑掺杂量的增加，粉体的粒度变小；随热处理温度的升高和热处理时间的延长， ato粉体的粒度增大，晶体结构趋于完整。
The results indicate that the osc and reductibility of the ceo2 - zro2 solid solution are not improved after adding e ions . while after incorporating m ions into the ceo2 - zro2 , the samples exhibit high osc probably by reason that m - o itself also has good capability of oxygen adsorption . after aged at high temperature , the osc of these samples decreased dramatically for the formation of m2o3 and mo2 and for the separation of tetragonal phase of ceo2 - zro2
在ceo _ 2 - zro _ 2固溶体中引入m后，由于m - o本身具有氧吸附性能，使得样品表现出很好的储氧能力，但经过高温老化后，原四方晶相的ceo _ 2 - zro _ 2固溶体发生了相分离，且生成了大量的m _ 2o _ 3和mo _ 2相，使得样品的储氧量急剧减少，可还原性能明显降低。
The major composition of crystals is calcium oxalate , it crystallizes with very different crystallization kinetics , e . g . monodinic monolydrate ( com ) , tetragonal dihydtate ( cod ) and triclinic trihydrate ( cot ) . com is easy to form urinary stones because it has stronger affinity for renal tubule cell membranes than cod , cot
其中，晶体的主要成分是草酸钙，主要有三种类型：一水草酸钙( com ，单斜晶系) ，二水草酸钙( cod ，四方晶系) ，三水草酸钙( cot ，三斜晶系) ，其中com与肾小管表皮细胞黏附力最强，是草酸钙型尿结石的主要成分。
The influence that the zr / ti ratios have on the ceramic crystal structure and its properties are studied through the research carried out about the relative respects of the fabricated samples . the increase of zr / ti ratio can result in the crystal structure transformation from the tetragonal to the rhombohedral , it can also induce the weakness in the stability of the ceramic crystal structure , for example , the drop in the curie temperature . in order to enhance the relative low mechanical quality factor of pzn - pzt system piezoceramics , component addition pb ( mn1 / 3sb2 / 3 ) o3 ( hereafter abbreviated as pms ) are introduced in to form a new psudo - tetragonal system ceramics
为获得具有高的机电耦合系数kp ，高的机械品质因数qm的高性能压电陶瓷，采用二次合成法制备了不同zr ti比的铌锌酸铅-锆钛酸铅基( pzn - pzt )三元系压电陶瓷材料，研究了zr ti比变化对陶瓷结构和性能的影响规律，发现zr ti比增大除了可以使陶瓷的相结构由四方相向三方相转化外，还降低了陶瓷的结构的稳定性，使tc温度下降。