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等温磁化
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  isothermal magnetization
     A series of isothermal magnetization curve M-H are measured at the area of the Curie point. Based on magnetic systemic thermodynamics formula and magnetization curves, the magnetic entropy value by numerical methods is worked out as the magnetic material is put in or removed from the magnetic field.
     在居里点附近测量一系列等温磁化曲线M H,根据磁化曲线并借助于磁系统的热力学关系式,通过数值计算方法得到磁性材料在施加或撤去外磁场过程中的磁熵变化值.
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  “等温磁化”译为未确定词的双语例句
     We present a study of magnetocaloric effect in the A site doping colossal magnetoresistance material (La\-\{0.55\}Gd\-\{0.15\})Sr\-\{0.3\}MnO\-3. From the measurement and calculation of magnetization under various temperatures, we have discovered large magnetocaloric effect with the ferromagnetic paramagnetic transition, additional magnetism exchange action introduces additional magnetic entropy change.
     本文对A位掺杂的超大磁阻材料 (La0 .55Gd0 .1 5)Sr0 .3MnO3的磁热效应进行了研究 ,通过不同温度下的等温磁化 (M H)曲线的测量和计算 ,发现伴随铁磁 顺磁相变出现大的磁热效应 ,额外的磁性交换作用将导致额外的磁熵变化 .
短句来源
     However, when the Si:Ge ratio changing from 1.9:2.1 to 1.72:2.28, the GdSiGe alloy demonstrates partial and almost complete FOCMPT.
     、1.刀:228时,合金在居里点附近的等温磁化曲线从完全不表现出一级磁相变,过渡到不充分的一级磁相变,再到比较充分的一级磁相变;
短句来源
     We present a study of magnetocaloric effect in the colossal magnetoresistance material (La0.6Dy0.1)Sr0.3MnO3. From the measurement and calculation of magnetization under various temperatures, we have discovered large magnetocaloric effect with the ferromagnetic-paramagnetic transition, additional magnetism exchange action introduces additional magnetic entropy change.
     对庞磁电阻材料(LaL0.6Dy0.1)Sr0.3MnO3的磁热效应进行了研究. 通过不同温度下的等温磁化(M-H)曲线的测量和计算,发现伴随铁磁-顺磁(PM-FM)相变出现大的磁热效应,额外的磁性交换作用将导致额外的磁熵变化.
短句来源
     Theindirect measurement methodstake much more time , and costly, because a series ofmagnetization curves and specific heat should be mea-sured.
     间接测量需要测量一系列等温磁化曲线和热容,测量时间长,费用昂贵;
短句来源
     Magnetization behaviors of alloy from 250 K to 290 K in the magnetic field under 1.6×106 A/m were measured by means of vibrating sample magnetometer (VSM) and the maximum magnetic entropy was calculated according to the Maxwell equations.
     利用振动样品磁强计测量了合金在250K~290K范围内的等温磁化曲线,并根据麦克斯韦方程对其磁熵变进行了计算。
短句来源
  相似匹配句对
     Pulsational Instabilities of Isothermal and Weakly Magnetized Accretion Disks without Viscosity
     弱磁化等温吸积盘脉动不稳定性
短句来源
     (2) isothermal;
     一般等温;
短句来源
     Magnetization of aircraft
     飞机的磁化
短句来源
     Axisymmetric Pulsational Instabilities in Weakly Magnetized and Isothermal Accretion Disks
     弱磁化等温薄吸积盘的轴对称脉动不稳定性
短句来源
     ISOTHERMAL CRYSTALLIZATION IN POLYMERS
     高聚物的等温结晶
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  isothermal magnetization
The diamagnetic magnetization -Mfl at constant field H as a function of temperature and isothermal magnetization curves -Mflvs.H are used to derive insights on precursor phenomena approaching the bulk transition temperature K.
      
The isothermal magnetization process of the triangular net, the fcc-lattice, and the hcp-lattice is investigated within the Bethe-Peierls approximation.
      
The Curie temperature TC and the magnetocaloric effect of (La0.67-XGdX)Sr0.33MnO3 (X=0.1,0.15) nanoparticles are discussed based on the measurement of the low-field magnetization curve and the isothermal magnetization curve.
      
The isothermal magnetization curves, and the temperature dependence of magnetization in field-cooled and zero field-cooled states are shown to be consistent with the calculations done following a recent extension of Bean's model.
      
We present a calculation of the isothermal magnetization hysteresis curves appropriate to highTcsuperconductors.
      
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The last glacial finegrained brownyellow sediment recovered in the 0.24 to 145 m of Core YA023 was regarded as eolian loess deposit in the past researches This paper presents research results of magnetic properties of the sediment, including magnetic susceptibility (K), anhysteretic remanent magnetization (ARM), isothermal remanent magnetization (IRM), coercivities of SIRM (Hcr), and S ratios (relative abundance of lowcoercivity magnetic minerals), thermal demagnetization of a threecomponent IRM and...

The last glacial finegrained brownyellow sediment recovered in the 0.24 to 145 m of Core YA023 was regarded as eolian loess deposit in the past researches This paper presents research results of magnetic properties of the sediment, including magnetic susceptibility (K), anhysteretic remanent magnetization (ARM), isothermal remanent magnetization (IRM), coercivities of SIRM (Hcr), and S ratios (relative abundance of lowcoercivity magnetic minerals), thermal demagnetization of a threecomponent IRM and anisotropy of magnetic susceptibility (AMS). The results indicate that the magnetic mineralogy of the sediment is dominated by hematite with minor amount of magnetite and titanomagnetite, and that the magnetic anisotropy degree (P) shows no relationship with the magnetic foliation (F) but has a certain correlation with the magnetic lineation (L), with ellipsoid shapes of magnetic susceptibility ranging between elongate and flat. These magnetic properties are remarkably different from those of eolian loess. We put forward that the finegrained sediment in 024 to 145 m of Core YA023 was formed as floodplain deposit, which, due to periodic subaerial exposure and flood submergence, was subject to periodic pedogenesis and reductive magnetic diagenesis, leading to increase of hematite and dissolution of lowcoercivity magnetic minerals such as magnetite and titanomagnetite.

南黄海北部YA023柱状样0.24~1.45m为末次冰期棕黄色细粒沉积物,以往的研究认为它属于风成黄土沉积。本文对这段沉积物的磁学性质进行了研究,包括磁化率(K)、非磁滞剩磁(ARM)、等温剩磁(IRM)、剩磁矫顽力(Hcr)、低/高矫顽力磁性矿物的比例(S300)、三轴等温磁化实验和磁组构等。实验结果表明,该沉积物的磁性矿物以赤铁矿为主、磁铁矿或钛磁铁矿的含量很低;磁化率各向异性度(P)与磁面理(F)不相关,而P与磁线理(L)存在一定的相关性,磁化率椭球体既有拉长型(扁率E<1)、也有压扁型(E>1),这些实验结果与中国风成黄土的磁学特征显著不同。我们认为,YA023柱状样0.24~1.45m的细粒沉积物应属于末次冰期洪泛沉积,洪泛平原或河漫滩由于周期性地出露地表和被洪水淹没,使沉积物发生周期性成壤化作用和还原成岩作用,导致赤铁矿含量的增加和低矫顽力磁性矿物被溶解。

We present a study of magnetocaloric effect in the A site doping colossal magnetoresistance material (La\-\{0.55\}Gd\-\{0.15\})Sr\-\{0.3\}MnO\-3. From the measurement and calculation of magnetization under various temperatures, we have discovered large magnetocaloric effect with the ferromagnetic paramagnetic transition, additional magnetism exchange action introduces additional magnetic entropy change.

本文对A位掺杂的超大磁阻材料 (La0 .55Gd0 .1 5)Sr0 .3MnO3的磁热效应进行了研究 ,通过不同温度下的等温磁化 (M H)曲线的测量和计算 ,发现伴随铁磁 顺磁相变出现大的磁热效应 ,额外的磁性交换作用将导致额外的磁熵变化 .

We present a study of magnetocaloric effect in the colossal magnetoresistance material (La0.6Dy0.1)Sr0.3MnO3. From the measurement and calculation of magnetization under various temperatures, we have discovered large magnetocaloric effect with the ferromagnetic-paramagnetic transition, additional magnetism exchange action introduces additional magnetic entropy change. This result suggests that (La0.6Dy0.01)Sr0.3MnO3 is a suitable candidate as working substances at room temperature in magnetic refrigeration technology....

We present a study of magnetocaloric effect in the colossal magnetoresistance material (La0.6Dy0.1)Sr0.3MnO3. From the measurement and calculation of magnetization under various temperatures, we have discovered large magnetocaloric effect with the ferromagnetic-paramagnetic transition, additional magnetism exchange action introduces additional magnetic entropy change. This result suggests that (La0.6Dy0.01)Sr0.3MnO3 is a suitable candidate as working substances at room temperature in magnetic refrigeration technology.

对庞磁电阻材料(LaL0.6Dy0.1)Sr0.3MnO3的磁热效应进行了研究.通过不同温度下的等温磁化(M-H)曲线的测量和计算,发现伴随铁磁-顺磁(PM-FM)相变出现大的磁热效应,额外的磁性交换作用将导致额外的磁熵变化.结果表明,(La0.6Dy0.1)Sr0.3MnO3可以作为室温下使用的磁制冷工质候选材料.

 
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