1)magnetic-field-induced磁场诱导
1.Study on the preparation and electromagnetic properties of Fe_xNi_(100-x) fibre with magnetic-field-induced method;铁镍纤维的磁场诱导制备及电磁性能研究
英文短句/例句
1.Synthesis and Magnetic Field-Induced Assembly of Nanoscale Magnetic Materials;磁性纳米材料的合成及磁场诱导组装
2.Assembly of chain-like structure with Co nanospheres under induced magnetic field and its magnetic properties磁场诱导组装磁性钴纳米球链状结构及其磁性能
3.The Study of the Clustering of EGF Receptor Induced by 50Hz Weak Magnetic Field;50Hz低频弱磁场诱导EGF受体聚集效应的研究
4.Synthesis of Fe_3O_4 Nanoparticles in Oxidative Co-precipitation with Weakly Magnetic Field Assistance弱磁场诱导氧化共沉淀法合成纳米Fe_3O_4粒子
5.Preparation of nano-Fe_3O_4 particles induced by weak exterior magnetic field via oxidation precipitation弱外磁场诱导氧化沉淀法制备Fe_3O_4纳米粒子
6.Directional Solidification of Tb-Dy-Fe Magnetostrictive Alloy Induced by a Static Magnetic Field;Tb-Dy-Fe巨磁致伸缩合金在静磁场诱导下的定向凝固
7.Magnetic Properties, Magnetic Field-induced Entropy Change and Phase Transition Research in Fe-based La(Fe, Si)_(13) Compounds;La（Fe，Si）_（13）化合物的磁性、磁场诱导的熵变及相变研究
8.A Sphingolipids Metabolism Study in the Mechanism of 50 Hz ELF MF-induced Receptor Clustering;工频磁场诱导FL细胞膜受体聚簇的鞘脂类代谢机制研究
9.Pulsed electromagnetic fields induce osteoblast differentiation from mouse embryonic stem cells in vitro脉冲电磁场诱导小鼠胚胎干细胞向成骨细胞分化
10.The feasibility of observing field-dependent effects on the Verdet constant in liquid crystal as a result of induced orientational ordering in very high magnetic field is discussed.还讨论了在液晶中观测强磁场诱导的取向有序所引起的费尔德常数随磁场变化的可行性.
11.Hyperthermia Effect for Osteosarcoma Using Fe_3O_4 Magnesm Nanopparticals Induced by Altering Magnetic Field;交变磁场诱导铁磁性纳米颗粒产生高温对骨肿瘤细胞杀伤作用的实验研究
12.Magnetic structural transformation induced by magentic field and temperature in Gd_5Ge_4Gd_5Ge_4中磁场温度诱导的磁结构相变研究
13.The Research of Sleep Staging and Sleep Induce by Low Frequency Magnetic Field睡眠分期及低频磁场睡眠诱导的研究
14.Magnetic-field-induced Diffraction Properties of Light by Water-based Magnetic Liquids水基磁性液体的场诱导光衍射特性的研究
15.Current-induced Magnetization Dynamics for Magnetic Fields Perpendicular to the Nanopillar Structure Plane;外加垂直于平面磁场下的电流诱导纳米柱磁畴翻转特性研究
16.Effects of Extremely Low Frequency Electromagnetic Field on Apoptosis of Tumor Cells in Vitro;极低频率电磁场对离体肿瘤细胞的诱导凋亡作用
17.Electric-field-induced magnetization in 1-3 type multiferroic nanocomposite thin film1-3型纳米多铁复合薄膜中电场诱导的磁化研究
18.Study the effects of pulsed electromagnetic fields on the induction of rat marrow mesenchymal stem cells to differentiate into cardiomyocytes-like cells电磁场干预大鼠骨髓间充质干细胞向心肌方向诱导分化的研究
相关短句/例句
Induced electromagnetic field诱导电磁场
3)weak exterior magnetic field弱磁场诱导
1.Nano-Fe3O4 particles were prepared by oxidative precipitation together with weak exterior magnetic field induction.结果表明,弱外磁场可诱导加速α-FeOOH向Fe3O4的相转变,产物粒子为尖晶石结构,且结晶良好;产物粒子在外加弱磁场诱导后更倾向于向多面体形貌生长,且粒度分布变窄、粒径变大;产品的磁性能由于粒子晶化程度、形貌、粒度分布的变化,其饱和磁化强度、矫顽力均变大。
4)magnetic induction equation诱导磁场方程
1.The characteristics of flow and heat transfer for plasma controlled by external magnetic fields in the convergent nozzle and the jet wrapped by the plasma were simulated using the models of magnetic induction equation,the multiphase flow mixture and modified turbulent two-equations under magnetic forces.采用诱导磁场方程,Mixture混合两相流和磁场修正的湍流两方程模型,研究施加不同强度磁场时,收敛喷管内等离子体的流动和传热特性以及等离子体对尾喷流的包裹情况。
5)characteristics of magnetic field for guidance诱导磁场特性
6)magnetic field-induced assembly磁场诱导组装
延伸阅读
变形诱导析出变形诱导析出strain-induced precipitation b ionxing youdao xiehU变形诱导析出(strain一indueed preeipitation) 钢中奥氏体因变形而诱发碳氮化合物加快析出的现象，是一种变形与析出之间关系的行为。通常情况下钢中的Nb、V、Ti等微量添加元素及其碳氮化合物随着钢被加热到高温而逐渐固溶到奥氏体之中，又随着钢的温度降低而逐渐析出。这一固溶与析出过程将遵守各自元素的溶解度积公式。然而，高温状态下的钢如果受到变形时，在变形的奥氏体晶粒中将生成大量的位错和亚结构。这些位错和亚结构晶界能够为上述碳氮化合物的析出提供有利的形核位置，促进了沉淀析出的发生，使第二相析出的动力学曲线向短时间方向(向左)大幅度移动，加快了析出过程，其析出规律不再遵守静态下的溶解度积公式，所以也叫做动态析出。 变形诱导析出的碳氮化合物将变形奥氏体中的位错和亚晶界钉扎，使位错和亚晶界很难移动，又使奥氏体再结晶动力学曲线大幅度地向长时间方向(向右)移动，对细化奥氏体晶粒十分有利。 采用控制轧制和控制冷却工艺生产微合金钢时，根据对钢材最终性能的要求，运用变形诱导相变行为，通过控制生产工艺参数来控制钢材在变形、冷却、卷取(堆冷)等过程中微量元素碳氮化合物的析出数量、颗粒大小和分布状态，以达到控制钢材的强度、韧性、塑性等指标的目的。因此，在制定微合金钢控制轧制、控制冷却工艺或形变热处理工艺时必须考虑到碳氮化合物变形诱导析出的影响。 变形诱导析出现象的发现与研究是从20世纪70年代以来人们在控制轧制工艺的研究与应用中开始的，中国则始于80年代。这一现象的提出将对人们了解与掌握形变热处理、控制轧制与控制冷却工艺中变形、析出、相变三者之间的有机联系，研制新的钢材品种、开发新的生产工艺提供有力的依据。
