Curie temperature
英 [ˈkjʊəri ˈtemprətʃə(r)]
美 [ˈkjʊri ˈtemprətʃər]
居里温度
双语例句
- Measurement of thermal electrical resistivity and Curie temperature for amorphous magnetic materials
非晶态磁性材料热电阻及居里温度的测量 - Study on the Measurement Methods of Curie Temperature and Saturation Magnetization
居里温度和饱和磁化强度测量方法的研究 - Results show that rare earth ion doping at A site is an effective way to regulate Curie temperature of rare earth manganite.
结果表明，A位掺入稀土离子是调节稀土锰氧化物居里温度的有效方法。 - Curie Temperature of Periodic and Quasi-periodic Layer Quantum Ising Model
炮眼四周挤压密实层层状周期和准周期量子伊辛模型的居里温度 - Above the Curie temperature there is no spontaneous magnetization.
在居里温度以上，没有自发的磁化。 - A Rapid Measurement Method of Curie Temperature for DOW Recording Thin Films Based on Down-turn of Temperatures
基于降温法的直接重写磁光记录薄膜居里温度的快速测量 - Meanwhile, PTC Thermistor is heated to above the Curie temperature, Rt heating temperature exceeding the switch temperature TSW and leaping to the state of high resistance too.
与此同时，PTC热敏电阻也被加热到居里温度以上，Rt发热温度超过开关温度Tsw跃入高阻状态。 - The research of Curie temperature for GaAs doped with 3d transition metal
3d过渡金属掺杂GaAs的居里温度研究 - An experiment method is introduced to observe the Curie temperature of magnetic materials.
介绍了一种观察磁性材料居里温度的实验方法。 - Size-dependent saturation magnetization and Curie temperature of nanocrystalline nickel
纳米金属Ni的饱和磁化强度和居里温度的尺寸依赖效应 - Measurement of Curie temperature for Nd-Fe-B permanent magnets at low magnetic field
低场下钕-铁-硼永磁体居里温度的测量 - Restudy of Curie temperature interface and seismicity in North China
华北地区居里温度面与地震活动的再研究 - Progress on Research of High Performance, high Curie Temperature Piezoelectric Ceramics
高性能、高居里温度压电陶瓷研究进展 - The paramagnetic Curie temperature Tp was obtained by Curie-Weiss law, and Tp decreases with x increasing.
Curie-Weiss定律确定了样品的顺磁Curie温度Tp.结果表明，随x的增加，Tp减小。 - The addition of Co, Cu and Si can also raise Curie temperature of Pr-Fe-B.
Co、Cu、Si的加入还有助于Pr-Fe-B合金居里温度的提高。 - The variance of estimated Curie temperature based on our calculation is essentially same with the experiment results.
根据计算结果预测的居里温度变化与实验结果基本一致。 - The Curie temperature is 323 K and the maximum adiabatic temperature change is 0.29 K.
此材料的居里温度为323K，最大绝热磁温变为0.29K。 - Cobalt atoms enter in the tetragonal phase, increasing Curie temperature and decreasing the reversible temperature coefficient.
Co主要进入四方相，提高合金的居里点，降低磁感可逆温度系数。 - The structure phase transition, Curie temperature, dielectric relaxation frequency and dielectric relaxation time of this ceramics were determined by the dielectric spectra and a discussion was made on them.
由介电谱确定了此种陶瓷的结构相变、居里温度、介电弛豫频率和介电弛豫时间，并对它们进行了讨论。 - The factors influencing the Curie temperature of piezoelectric ceramics are summarized as well.
总结了影响压电陶瓷Curie温度的影响因素。 - The Curie temperature and saturation magnetization of manganese-zinc ferrite were measured by using the electric bridge method, induced method and vibrating sample magnetometer ( VCM).
分别用电桥法、感应法和振动样品磁强计对锰锌铁氧体的居里温度和饱和磁化强度进行了测试。 - The Curie temperature of magnetic materials is measured by using bridge, and the influence of the change of frequency and voltage on the experimental results is also discussed.
同时利用RL交流电桥测量了磁性材料的居里温度，并讨论了工作频率和工作电压的变化对测量结果的影响。 - The Curie temperature and the Co moment are strongly decreased with increasing Si concentration.
随Si含量增加，化合物的居里温度和Co原子平均磁矩单调减少。 - These anomalous of the Curie temperature variation are well analyzed by the cation vacancy model.
利用阳离子空位理论模型较好地解释了Curie温度变化的异常现象。 - First we establish matrix& particle model to discuss the relationship between stress and curie temperature.
首先通过建立基体&颗粒物理模型讨论拉应力对居里温度的影响。 - Half-metallic ferromagnet is complete ( 100%) spin polarization and high Curie temperature.
半金属铁磁体是有完全的（100%）自旋极化率和较高的居里温度，是最佳的自旋极化注入源。 - The Curie temperature of alloys decreasing as the content of Mn increased.
其中Mn原子的替代使合金的居里温度随Mn含量的增加而单调降低。 - But the Curie temperature of SBN is 60 ℃, the application in high temperature is very limited.
但由于其居里温度只有60℃，这就在很大程度上限制了其在高温下的应用。 - The thermal expansion coefficients of the two crystals changed greatly at Curie temperature.
在这两种晶体中均发现在居里点附近，热膨胀系数发生很大变化。