居里

With an increase in Ca and La contents, the dramatic decrease in Curie point T〓 of films and ceramics was observed, and at the same time, the crystalline phases underwent the transformation from tetragonal into cubic phase.

随掺Ca和La量的增加，薄膜和陶瓷的居里温度T〓显著降低，晶相也由四方向立方相转变。

In addition, the curie point phenomenon of magnetic medium achieves self-regulating temperature in treatment, and the pattern of magnetic medium into tissues will also affect the hyperthermia targeting in vivo. To improve the histocompatibility of magnetic medium can ensure the clinical safety of the magnetic induction hyperthermia in tumor therapy.

同时，磁介质的居里点现象能实现治疗时的自控温，其进入组织的方式也会影响热疗的体内靶向性，另外，提高磁介质的组织相容性能够保证磁感应治疗的临床安全性。

The ferrite phase transformation can be induced when magnetic field is given in the austenite region below curie point for Mn-Cr steel.

对于Mn-Cr钢，在居里点以下奥氏体区的保温过程中施加磁场，诱发铁素体相变。

In addition, in the experimental region, the capacity decreased with temperature span increase and the flow rate increase; the increase of flow time caused a rapid decrease of capacity; the capacity in the temperature range spanning the Curie point was larger than that in the temperature range below the Curie point.

对温度区间、温度跨度、流动时间和流量几种情况的研究表明在实验范围内，温度跨度和流量的增大会使制冷量减小，流动时间的增加会使制冷量加速减小，温度区间跨越居里点能使制冷量有所增大。

As the temperature of such materials rises to the Curie point, the thermal energy of the atoms becomes sufficient to overcome the coupling energy and the material behaves paramagnetically.

当铁磁性物质温度升至居里点原子的热能足以克服耦合能时，物质就表现为顺磁性。见反磁性的顺磁性的反磁性的和顺磁性的反磁性的顺磁性的。

At the curie point the cast irons cease to be ferromagnetic and become paramagnetic.This temperature decreases slightly with silicon content and is about 1420 F (770C)for most cast irons .

在居里点铸铁不再是铁磁，并成为paramagnetic.this温度略有下降，与硅含量和大约是1420 F （下770c ）对于大多数铸铁。

The result shows that normally resistance increases while temperature rises,as near the Curie point the resistance is either in a steady state or decreasing apparently,therefore the Curie temperature is revealed.

但这些仪器都比较昂贵，因此对其它方法进行了尝试。由于在居里点附近，其他的一些物理性质也会产生突变，所以可以测量电容率与温度的关系，测量比热与温度的关系等[3]。

The lead-less piezoelectric ceramic composition is prepared through sintering at relatively low temperature, say, 1190 deg.c or even lower, and has good piezoelectric characteristic, practical plane electromechanical coupling coefficient kp, high Curie point and no lead and lead compound contained.

本发明的制备工艺能在较低温度下，如1190℃或更低温度下烧结无铅压电陶瓷组合物，使制备的无铅压电陶瓷具有好的压电性、可实用的平面机电耦合系数kp和高的居里温度，制备工艺过程中不含铅或铅的化合物。

The results show that the transition between the ferroelectric phase and the paraelectric phase is postponed,the Curie point of TFTGS single crystals is improved and inner bias voltage field is produced by doping trifluoroacetic acid although the pyroelectric properties of the c.

结果表明，三氟乙酸的掺入虽然使热释电性能有一定程度下降，但却使得晶体铁电-顺电相转变延迟，提高了晶体的居里点，并产生了一定的内偏压场。

R peak of BNT-BKT ceramics doped with Nd_2O_3 became wider than the basic ceramics without Nd_2O_3. All the ceramics are relaxor ferroelectrics proved by Curie-Weiss law measured at 10 kHz. Otherwise, d_(33) and K_p took on increasing trend and then decreasing trend.

Nd_2O_3掺杂后的陶瓷介电常数整体趋势随Nd_2O_3掺杂量的增高而降低，介电峰呈现更加宽化的趋势，并且从10kHz下的居里-外斯关系图得出在研究范围内所有陶瓷样品均为驰豫铁电体；随Nd_2O_3含量的增加，d_(33)和K_p呈先升高后下降的趋势。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。