1) monohedral magnet
单边磁体
1.
The initial design is based on the monohedral magnet design method.
文章基于一种完全开放式的磁体结构———单边磁体结构的初始结构设计理论,构建了一个由块状永磁体组成的单边成像磁体的初始结构,并进一步应用改进的遗传算法对磁体结构进行了优化设计。
2) unilateral magnetic force
单边磁拉力
1.
To analyze and calculate unilateral magnetic force of an induction motor;
异步电动机单边磁拉力的分析与计算
3) single-chain magnets
单链磁体
1.
The species,structures and magnetism study of single-chain magnets are generally reviewed in this paper.
单链磁体是继单分子磁体之后分子磁学领域的又一前沿课题。
2.
The research progress of molecule-based magnets,single-molecule magnets,single-chain magnets and molecular spin-transition complexes in this field is summarized,and the prospects is also discussed in this paper.
本文主要介绍了近年来氮氧自由基-金属配合物型分子基磁体、单分子磁体、单链磁体、分子自旋转换配合物等的最新研究成果,并就这一领域的发展前景做一展望。
4) unilateral nuclear magnetic resonance
单边核磁共振
1.
To obtain a constant gradient magnetic field outside unilateral nuclear magnetic resonance(NMR),optimal design method based on finite element method(FEM) and topology optimization is proposed.
为了在单边核磁共振仪器外产生梯度恒定的磁场,提出利用基于拓扑优化和有限元法的优化设计方法。
5) Single Molecular Magnets
单分子磁体
1.
The studies on single molecular magnets (SMM’s) are in the interface between molecule based magnets and nanoscale magnetic materials.
单分子磁体是介于分子基磁体和纳米磁性材料的学科交叉点。
2.
first observed macroscopic quantum tunneling (MQT) on Mn_(12)-Ac in 1996, the research on single molecular magnets (SMM) such as Mn_(12)-Ac has received much attention.
Friedman等在测量Mn_(12)-Ac的低温磁效应时发现量子隧穿现象以来,对类似Mn_(12)-Ac的单分子磁体簇合物的研究引起了人们极大的兴趣,成为当前介观物理,磁学,纳米材料等学科的研究热点。
6) single-molecular magnets
单分子磁体
1.
A brief introduction to the main facets of the field is presented,and several recent topics,including intramolecular magnetic coupling and molecular magnetic engineering,molecular-based ferromagnets,single-molecular magnets,spin-transition complexes and magnetic coupling in biological systems,are briefly reviewed.
文章简要介绍了该学科的主要研究内容,并对近年来发展最快的几个研究热点,即分子内磁耦合作用与分子磁工程、分子基铁磁体、单分子磁体、自旋转换配合物和生物体系内磁耦合作用,作一简要评述和展望。
补充资料：实验室高场超导磁体——15．5T磁体(1985)
实验室高场超导磁体——15．5T磁体(1985)
实验室高场超导磁体一f 5 5T磁体 r1 9851
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条