磁热效应

以低纯度钆研究Gd5Si2Ge2的磁热效应及制备工艺

Procedure for Preparing Gd_5Si_2Ge_2 from Commercial Gadolinium and Studying Its Magnetocaloric Effect

Dy对Gd磁热效应的影响

Influence of Dy on the Magnetocaloric Effect for Pure Metal Gd

Gd5Si2Ge2合金的显微组织与磁热效应优化研究

Modification of Microstructure and Magneto-Caloric Effect of Gd_5Si_2Ge_2 Alloy

低纯度Gd制成的Gd5Si（1.8）Ge（2.2）的磁热效应

Magnetocaloric Effect of Gd_5Si_ ( 1.8 ) Ge_ ( 2.2 ) Made of Low Purity Gd

重稀土Dy磁热效应的分子场计算

Molecular field calculation of magneto - caloric effect for dysprosium

La（Fe，Si）13合金由于其具有较好的磁热效应，近年来得到了人们的青睐。

La ( Fe , Si ) 13 alloys have attracted much attention in recent years because they exhibit a large magnetocaloric effect near room temperature .

热处理对Mn5Ge（2.8）Sb（0.2）合金粉末磁热效应的影响

Influence of heat treatment on magnetocaloric effect of the Mn_5Ge_ ( 2.8 ) Sb_ ( 0.2 ) alloy powder prepared by ball miller

La（Fe，Si）（13）体系中存在大的磁热效应，是一种很有应用潜力的磁制冷材料。

NaZn_ ( 13 ) - type La ( Fe , Si ) _ ( 13 ) compounds with large MCE may be potentially useful for magnetic refrigeration applications .

原材料Gd对Gd-Si-Ge合金巨磁热效应影响的研究

Influence of Gd Purity on Giant Magnetocaloric Effect of Gd-Si-Ge Alloys

用直接测量法测量了在1.5T磁场下纯Gd和样品的磁热效应。

The magnetocaloric effects of samples and pure Gd were measured directly at the magnetic field of 1.5 Tesla .

而具有磁热效应的Gd基大块非晶又使得它在应用方面凸显优势，为大块非晶开拓了一个新的可能的应用领域。

While Gd-based BMGs with Magnetocaloric Effect ( MCE ) make them have clear advantage , which open up a new applicable field for BMGs .

对La（Fe1-yCoy）xSi13-x化合物，适量的Si，Co组合可使化合物在室温产生可与Gd5Si2Ge2比拟的磁热效应；

The La ( Fe_ ( 1-y ) Co_y ) _xSi_ ( 13-x ) compounds with an appropriate combination of Co and Si can produce the giant magnetocaloric effect comparable with that for Gd_5Si_2Ge_2 at room temperature .

La-Fe-Si化合物磁热效应的研究

Investigation of the Magneto Thermal Effect in La-Fe-Si Compound

哈斯勒合金Ni-Co-Mn-Sn的马氏体相变及其磁热效应研究

Martensitic transformation and magnetocaloric effect in Ni-Co-Mn-Sn Heusler alloy

Ni-Mn-Ga合金具有形状记忆效应与巨磁热效应特征，是一种具有良好应用前景的新型磁性功能材料。

Ni-Mn-Ga alloy is well known for its shape memory effect , and now is well-studied in magnetic refrigeration as a potential magnetic refrigerant for its giant magnetocaloric effect .

室温磁热效应直接测量仪的误差分析

Error Analysis for Room Temperature MCE Direct Measurement Automatic Device

不同尺度下金属钆的磁热效应研究

Magnetocaloric effect study in the different scales of gadolinium

钆磁热效应的简便计算

Simple and Convenient Calculation of Magnetocaloric Effect of Gadolinium

磁热效应的直接测量及装置

The direct measure of magnetocaloric effect and its equipment

稀土材料的磁热效应及其应用

Magnetocaloric Effect of Rare Earth Materials and Their Applications

阐述了磁热效应的基本理论及测量方法。

The fundamental theories and the methods of measurement of magnetocaloric effect are described .

磁热效应的直接测量与测量仪器

Direct Measurement and Setup for Magnetocaloric Effect

混合记录磁热效应

Study On Hybrid Recording Magneto-Heat Domino Effect

简述了磁热效应的原理及磁致冷技术的发展现状。

The principle of magnetothermal effect and the progress of magnetic refrigeration are introduced briefly .

但是，对于磁性材料的选择仍存在较多争议，并且在磁热效应的机制研究中仍然缺乏一个令人信服的理论结果。

However , there are many disputes on the choosing of magnetic materials and there is also no convincing theoretical result .

本工作所发展的方法，对于理解重稀土的磁热效应和磁制冷机的设计将有实际意义。

The developed , method has a practical value for understanding the magneto-caloric effects of heavy rare earth materials and designing magnetic refrigerators .

发现采用商业级钆配制合金时，由于杂质抑制了材料的一级相变，未发现巨磁热效应。

The first order phase transformation in the samples made of commercial Gd was destroyed by impurities , and no giant magnetocaloric effect was found .

为获得较大的磁致冷性能，人们研究了大量的具有大磁热效应的原材料和金属间化合物。

In order to obtain a high performance of magnetic refrigeration , a great deal of prototype materials and intermetallic compounds with large MCE were studied .

采用经典电磁场、有限元数值计算两种方法，设计了一种用于磁热效应直接测量的脉冲螺线管磁体。

A pulsed solenoid magnet , which is applied for direct measurement of magnetocaloric , is designed by classical electromagnetic method and finite element numerical value calculation method .

其中，基于磁性纳米颗粒磁热效应的磁热疗在肿瘤的早期诊断与治疗中的应用，也受到了研究者的广泛关注，并取得了一定的研究成果。

The applications of magnetic hyperthermia used in early diagnosis and treatment of cancers which based on the magnetocaloric effect of magnetic nanoparticles have been widely researched , and some results have already been made .