lattice deformation
英 [ˈlætɪs ˌdiːfɔːˈmeɪʃn]
美 [ˈlætɪs ˌdiːfɔːrˈmeɪʃn]
晶格畸变，点阵变形
双语例句
- Numerical simulation tests on lattice beam with prestressed cable Analysis of the Deformation of Assembled Frames and the Pretension of Tension Bolts
预应力锚杆（索）框架梁加固边坡的仿真试验分析组合机架的刚度分析和拉杆预紧力研究 - Study and Come True Owing to Covering the Lattice People Face Deformation Method as with a Net
基于网格的人脸变形方法的研究与实现 - The main reason of grain fining is crystal lattice deformation and dislocation reproduction, movement and rearrangement in impacted layer metal, which arises from induction of high frequency and large energy during ultrasonic impacting.
研究表明，超声冲击时冲击针的高频大能量输入，引起冲击层金属晶格畸变，位错增殖、运动、重排，是晶粒细化的主要原因。 - The macroscopic lattice deformation was analyzed by AFM.
利用原子力显微镜研究了应力诱发马氏体相变及逆相变过程中的宏观点阵变形特征。 - The Observation of Martensitic Surface Relief and Analyses of Lattice Deformation Character of Martensitic Transformation
马氏体浮凸AFM观察与马氏体相变点阵变形特征分析 - Comparing the field data and the modeling result, it shows that the Lattice solid model method is a proper way to model the rock deformation under unloading conditions.
监测数据与模拟位移结果的对比表明该方法对卸荷条件下岩体的变形规律模拟是非常有效的。 - Macroscopic Lattice Deformation Characteristics of Martensite Transformation in Iron-Based Alloy
铁基合金马氏体相变宏观点阵变形的特征 - Macroscopic Lattice Deformation Characteristic and its Crystallographic Analysis of Lath Martensite Transformation
板条马氏体的宏观点阵变形特征及其相变晶体学研究 - The lattice strain increases with milling time. It changes fast when the deformation of the powder is easy. When the density of the lattice defect reaches to a certain extent, the increases of the lattice strain with become slow.
晶格应变随球磨时间而增加，在粉末易变形阶段晶格应变变化较快，当粉末中的缺陷密度积累到一定程度时，晶格应变随球磨时间的变化大大减慢，趋于某一极限值； - For the study on diffusing processes of adatoms, interaction between the adatoms and the substrate, interaction between two adatoms and its influence on surface diffusion are presented, in the sight of lattice deformation caused by the adatoms.
在研究表面原子扩散过程时，从Cu吸附原子导致的基体晶格畸变的角度，探讨了吸附原子与基体表面晶格之间、以及吸附原子之间的相互作用及其对原子表面扩散行为的影响。 - Investigation of lattice deformation of porous silicon films by X-ray double crystal diffraction
多孔硅层晶格畸变的X射线双晶衍射研究 - In superlattices, Fe and Cu layers achieved lattice matching with deformation, the polycrystal structure depends on the ratio of Fe and Cu thickness.
在Fe/Cu超晶格中，Fe、Cu通过形变来实现共格匹配，其晶体结构与Fe、Cu层的厚度比有关。 - Nitrogen atoms enter nanostructure α Fe crystal lattice, and lead to corresponding crystal deformation.
氮原子以间隙原子的形式进入纳米形态的α－Fe的晶格中，并引起了相应的晶格形变。 - The laser-induced lattice deformation may result in the transformation of the porous silicon from a linear to a nonlinear optical material with a large laser-induced nonlinear optical absorption coefficient.
同时，激光诱导晶格畸变可能使多孔硅由线性变为非线性光学材料，而且具有非常大的光致非线性吸收系数。 - An investigation on the lattice deformation of porous silicon layer was completed by means of symmetric and asymmetric X-ray double crystal diffraction.
利用X射线双晶衍射方法，对从同一Si（111）基片上切割的两块样品，在不同电解电流密度下，腐蚀形成的多孔硅层相对于基体硅的晶格畸变进行了分析。 - The grain size, lattice deformation and morphology, of the component of particles after milled were analyzed by means of XRD, EDX and TEM.
利用XRD，TEM和EDX分析球磨后粉末的晶粒尺寸、晶格畸变、形貌、结构变化及颗粒成分变化。 - It is in the first 10 hours ball milling period that the rate of grain refining, crystal lattice deformation and alloying appears highest and successive milling is extremely important for the fabrication of supersaturation alloyed powders.
MA的前10h是粉末晶粒细化、晶格应变和合金化进行的最迅速的时期，经该阶段球磨后铬的晶粒尺寸可以达到20nm，进一步球磨有利于获得过饱和固溶的合金粉末； - So, it can generate more realistic facial expressions by using the hybrid model. Finally, the face lattice deformation equation based on hybrid model was given, and a facial expression simulation system was designed and implemented. The system holds great expansibility.
最后，给出基于混合模型的人脸网格形变方程，并实现了一个扩展性很强的人脸表情模拟系统。 - Lattice Boltzmann method combines with the front-tracking method to study the three dimensional deformation behavior of biconcave discoid capsule erythrocyte model.
在本文的模拟过程中，将前向跟踪法与晶格波尔兹曼法相结合来研究三维双凹碟形胶囊式红细胞的变形。 - Strained silicon technology is to add mechanical stress in the conventional bulk silicon devices, so that the channel material lattice deformation occurs, in order to improve the mobility of carriers in the channel. Thereby Strained silicon technology can improve the performance of semiconductor devices.
应变硅技术是通过在传统的体Si器件中引入应力，使沟道材料晶格发生形变，以提高沟道中载流子的迁移率，从而提高半导体器件的性能。 - After prestressed lattice applied in structure, prestressing could improve its flexible scope, increase its capacity and stiffness, cause a reverse deformation, and improve its stress state.
通过张拉预应力索在结构中引入初始应力，扩大了构件的弹性工作范围，提高结构的承载力和刚度，使结构产生与荷载作用相反的变形，可以改善结构的受力性能。