铁磁和反铁磁耦合,ferromagnetic/antiferromagnetic coupling
1)ferromagnetic/antiferromagnetic coupling铁磁和反铁磁耦合
2)ferromagnetic-antiferromagnetic coupling铁磁-反铁磁耦合
3)antiferromagnetic coupling反铁磁耦合
1.RE-TMantiferromagnetic coupling and laser induced ultrafast magnetization reversal dynamics in GdFeCo magneto-optical filmsGdFeCo磁光薄膜中RE-TM反铁磁耦合与激光感应超快磁化翻转动力学研究
2.We report the effect of Ru(seed-layer) on the interlayerantiferromagnetic coupling field H ex , and coercivity H c in the Cr/Ru(seed-layer) /PtCo(thermal stabilizing layer)/Ru(spacer layer)/PtCo(recording layer)/Ru(protective layer) films.讨论了Cr Ru(1) PtCo(稳定层 ) Ru(2 ) PtCo(记录层 ) Ru(3)结构的矫顽力Hc 与层间反铁磁耦合交换场Hex随Ru(1)与Ru(2 )厚度变化的规律 。
英文短句/例句
1.RE-TM antiferromagnetic coupling and laser induced ultrafast magnetization reversal dynamics in GdFeCo magneto-optical filmsGdFeCo磁光薄膜中RE-TM反铁磁耦合与激光感应超快磁化翻转动力学研究
2.The antiferromagnetic transition of -γMn and the coupling of martensitic transformation;γMn基合金反铁磁转变与马氏体相变模量耦合
3.Effect of Biquadratic Coupling on Exchange Bias of Ferromagnetic and Antiferromagnetic Bilayer Films双二次耦合场对铁磁/反铁磁双层膜中交换偏置场的影响
4.Theory of Interlayer Exchange Coupling in F/NM Multilayers Film;铁磁/非铁磁多层薄膜的层间耦合理论
5.Quantum Transport Through a Single-molecular Magnet Coupled to the Ferromagnetic Leads单分子磁体耦合铁磁电极的量子输运
6.We also compare the results with that of antiferromagnet with antiferromagnnetic interlayer coupling.我们与层间是反铁磁性耦合的情况也进行了比较。
7.Experimental Study on Magneto-mechanical Coupling Behavior of Ferromagnetic Shape Memory Alloys Ni_2MnGa;铁磁形状记忆合金Ni_2MnGa的力—磁耦合行为实验研究
8.Kondo Effect in Quantum Dot Coupled to Ferromagnetic Leads;耦合于铁磁电极量子点中的Kondo效应
9.Magnetic Properties of Ferromagnetic and Ferrimagnetic Bilayer Systems in Variational Cumulant Expansion;变分累积展开方法对铁磁和亚铁磁耦合双层膜磁性的研究
10.Effect of the Magnetoelectric Coupling on Thermodynamic Properties in Ferroelectromagnets;磁电耦合效应对铁电磁体热力学性质的影响
11.The Study on Coupling Mechanism and the Magnetoelectric Properties in the Ferroelectromagnetic System;铁电磁系统的耦合机制及磁电性质研究
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.Analysis of Magnetoelectric Origin and Coupling Mechanism of Single Phase Multiferroic Magnetoelectrics单相多铁性磁电体磁电起源及耦合机理分析
14.Magnetostriction of Antiferromagnetic Fe-Mn Alloys;反铁磁Fe-Mn合金的磁致伸缩研究
15.Study of Nonlinear Characteristic Curve for the Core of Transformer with Magnetic Coupling变压器铁心磁耦合下非线性特性曲线的研究
16.Fano-Kondo Effect in Quantum Dots System Coupled to Ferromagnetic Leads耦合于铁磁电极量子点系统的Fano-Kondo效应
17.Spin-Polarized Transport Through the Double Quantum Dots System Coupled to Ferromagnetic Leads耦合于铁磁电极双量子点系统的自旋极化输运
18.Spin-Polarized Transport of Parallel Double Quantum Dots Coupled to Ferromagnetic Electrodes耦合于铁磁电极平行双量子点的自旋极化输运
相关短句/例句
ferromagnetic-antiferromagnetic coupling铁磁-反铁磁耦合
3)antiferromagnetic coupling反铁磁耦合
1.RE-TMantiferromagnetic coupling and laser induced ultrafast magnetization reversal dynamics in GdFeCo magneto-optical filmsGdFeCo磁光薄膜中RE-TM反铁磁耦合与激光感应超快磁化翻转动力学研究
2.We report the effect of Ru(seed-layer) on the interlayerantiferromagnetic coupling field H ex , and coercivity H c in the Cr/Ru(seed-layer) /PtCo(thermal stabilizing layer)/Ru(spacer layer)/PtCo(recording layer)/Ru(protective layer) films.讨论了Cr Ru(1) PtCo(稳定层 ) Ru(2 ) PtCo(记录层 ) Ru(3)结构的矫顽力Hc 与层间反铁磁耦合交换场Hex随Ru(1)与Ru(2 )厚度变化的规律 。
4)ferromagnet/antiferromagnet interface coupling铁磁/反铁磁界面耦合
1.Theferromagnet/antiferromagnet interface coupling is discussed with the results of VSM and SQ.用VSM和SQUID进一步讨论了其铁磁/反铁磁界面耦合效应,估算了交换耦合场与粒子尺寸的关系。
5)ferromagnetic coupling铁磁耦合
1.Influence of Cu interlayer thickness onferromagnetic coupling of Co/Cu/Co nano-multilayers;Co/Cu/Co纳米多层膜的铁磁耦合效应
2.It is proved that there are topological rules in magnetic coupling between radicals of conjugated systems: radical sites through the even number of carbons are conjugated, low spin state is stable ground state, the molecules correspond to antiferromagnetic coupling; while those through odd carbon atoms are conjugated, h.针对以吡啶为耦合单元,以·CH2、·NH2+、HNO·和·NH 4种自由基为自旋单元的5种体系,采用密度泛函方法进行计算,得到了双自由基之间磁性耦合的拓扑规则,即共轭体系中,两个自由基之间以偶数个碳(或氮)原子耦合,体系具有低自旋基态,表现为反铁磁耦合;两个自由基之间以奇数个碳(或氮)原子耦合,体系具有高自旋基态,表现为铁磁耦合。
3.Weakferromagnetic coupling between intra-chain Cu(Ⅱ) ions is confirmed by SQUID measurement.磁性表征显示链内邻近的Cu2+之间存在弱的铁磁耦合作用。
6)antiferromagnetically-coupled media(AFC)反铁磁耦合介质
延伸阅读
反铁磁共振见磁共振。
