1)multiferroics多铁性材料
1.The Magnetic-field-induced Electric Polarization Flop in Multiferroics;多铁性材料中磁场感应的电极化翻转
2.The preparation, structure and DC magnetization of ErMnO_3The single phase multiferroics ErMnO_3 is successfully prepared by solid-state reaction method.多铁性材料就是这样的一种多功能材料,目前正受到广泛关注。
英文短句/例句
1.The Preparation and Characterization of Multiferroic BiFeO_3;多铁性材料BiFeO_3的制备与性能表征
2.The Magnetic-field-induced Electric Polarization Flop in Multiferroics;多铁性材料中磁场感应的电极化翻转
3.The Preperation, Electronic Transport and Magnetic Properties Study of Composite Multiferroics复合多铁性材料的制备和电磁学性能研究
4.Stress Impacting on Magnetoelectric Effect of the Composite Material BaTiO_3-Fe应力作用对复合型多铁性材料BaTiO_3-Fe磁电效应的影响
5.Preparation and Electric Properties Research on BiFeO_3 Series Materials铁酸铋系列多铁材料的制备及电性能研究
6.Research Progress in Piezoelectric,Ferroelectric,Dielectric and Multiferroic Properties of ZnO Based MaterialsZnO基材料的压电、铁电、介电与多铁性质研究进展
7.This delay in the dynamical response give rise to a non-vanishing area of magnetization-field loop, a phenomenon we term dynamic hysteresis.滞回现象在铁电铁磁等诸多我们称之为铁性的材料中出现。
8.First-Principles Investigation on the Structures and Properties of Multiferroics多铁材料结构与性质的第一性原理研究
9.Monte Carlo Simulation on Ferroelectric and Thermoelectric Properties of Polycrystalline Materials多晶材料铁电热电性质的蒙特卡罗模拟
10.The Properties and Fabrication of the Nanostructured Multiferroic Materials多铁材料微纳米结构的制备及其性能研究
11.First-principles investigation of the electronic properties of multiferroic BaCoF_4多铁材料BaCoF_4电子结构的第一性原理研究
12.Magnetoelectric coupling and magnetoelectric properties of single-phase ABO_3 type multiferroic materials单相ABO_3型多铁材料的磁电耦合及磁电性质研究
13.Elastic-Electric-Magnetic Coupling Mechanism and Properties of Multiferroic Composites多重铁性复合材料的力、电、磁耦合机理及性能研究
14.Synthesis and Characterization of Peroviskite Structure and Multiferroic Materials Via EDTA-citrate Gel Process;钙钛矿型与多重铁性功能材料的溶液络合法制备及表征
15.Study on the Preparation and Properties of Light Recording and Ferroelectric Materials;光记录材料与铁电材料的制备与性能研究
16.Stock Management of Iron Scale in Magnetic Materials Production;磁性材料生产中原材料铁鳞的库存控制
17.Cast-iron is a much less expensive material than steel.铸铁是一种比钢便宜得多的材料。
18.A number of rather exotic ferromagnetic materials have been studied to this end.为此，研究了许多颇为奇特的铁磁材料。
相关短句/例句
multiferroic materials多铁性材料
1.In this paper,the history of multiferroic materials,properties of single-phase multiferroic materials and multiphase multiferroic materials are introduced,together with method of the improving their performance.综述了多铁性材料的发展,介绍了单相多铁性材料和复合多铁性材料的特点、改善单相多铁性材料和复合多铁性材料性能的途径,并对其发展前景进行了展望。
3)multiferroic material多铁性材料
1.As a typical single-phase multiferroic material,Bismuth ferrite(BiFeO_3,BFO) with perovskite structure has attracted increasing research interest during the past several years,because it could be widely used in micro-electronic devices such as filter,sensor,performer,executor,information storage and non-linear optical hardware.多铁性材料是一种同时具有铁电性(反铁电性)、铁磁性(反铁磁性)、铁弹性的多功能材料。
4)Multiferroic composite material多铁性复合材料
5)multiferroic materials多铁材料
1.The magnetoelectric coupling makes the multiferroic materials promising for a wide range of applications including multiple-state memory devices, sensors, tranformers, gyrators, drivers, optical devices and Micro-electromechanical systems (MEMS), among others.本文以多铁纳米材料为研究对象,文章开篇对多铁材料的研究进展及其应用前景进行了介绍,讨论了纳米印刷术单相铁电和多铁纳米结构的制备及性能表征。
6)multiferroics多铁材料
1.In this work we focus on magnetoelectric multiferroics, which are simultaneously ferromagnetic and ferroelectric.本论文采用第一性原理方法研究了多铁材料中的磁电材料。
延伸阅读
机械工程材料:粉末冶金多孔材料 用粉末冶金的方法製造的﹑内部结构为多孔的材料(或製品)﹐一般由球状或不规则形状的金属或合金粉末经成形和烧结製成﹐又称烧结多孔材料。这种材料为孔道纵横交错﹑互相贯通的多孔体﹐通常具有30～60％体积的孔隙度﹐孔径1～100微米。常用的金属或合金有青铜﹑不锈钢﹑铁﹑镍﹑鈦﹑钨﹑鉬以及难熔金属化合物等。做成的製品有坩堝状﹑碟状﹑管状﹑板状﹑薄膜等。粉末冶金多孔材料的特点是﹕孔径和孔隙度均可控制﹔优良的透过性能﹐且在使用后可以再生﹐因而使用寿命长﹔导热﹑导电﹔耐高温﹑耐低温﹑抗热震﹔抗介质腐蚀﹔比表面积大﹔可焊接和加工等。因此它的综合性能较传统的纸质﹑棉和化纤织品﹑陶瓷﹑玻璃﹑金属丝网等过滤材料为好。在现代技术中﹐多孔材料愈益发挥其重要作用﹐有两方面的主要用途。作过滤器用﹕利用其多孔的过滤分离作用净化液体和气体。例如用来净化飞机和汽车上的燃料油和空气﹔化学工业上各种液体和气体的过滤﹔原子能工业上排出气体中放射性微粒的过滤等。利用其孔隙的作用﹐製造多孔电极﹑灭火装置﹑防冻装置﹑耐高温喷嘴等。多孔电极主要在电化学方面应用。灭火装置是利用其抗流作用而防止爆炸﹐如气焊用的火焰防爆器等。防冻装置是利用其多孔可通入预热空气或特殊液体﹐用来防止机翼和尾翼结冰。耐高温喷嘴则是利用表面发汗而使热表面冷却的原理﹐被称为发汗材料。(见彩图 粉末冶金多孔材料 )
