居里点

Specifically, the samples were flash pyrolyzed in a Curie-point pyrolyzer at 920 C with a heating rate of about 3000 C/sec.

样品在温度920度，加热速率3000度/秒的居里点热分解器中快速热解。

The Curie-point decomposition chromatogragh analizing system developed had proved to be an effective tool for rapid pyrolysis of pulverised coal.

本文研究开发的居里点裂解色谱分析系统被证明是进行煤粉快速热解的一个有效工具。

Ex space heater is an essential part of increased safe brushless excitation synchronous motor, whose performance has great effect on service performance and Ex property.

防爆空间加热器是增安无刷励磁同步电动机中的一个重要部件，其性能对整个电机的使用性能、防爆性能有很大影响，文章介绍了增安型无刷励磁同步电动机用防爆空间加热器总功率的确定、电加热元件居里点温度、表面热负荷的计算及组装等，并给出了设计实例。

Iron, with a Curie point near 400℃.

其居里点在400℃附近。

We know the Curie point of iron is 770℃,if exceeding the temperature,the material will lose permeability.

对铁质材料，其居里点是770℃，超过这个温度，材料将失去导磁性能。

Curie point: The temperature at which a material loses its ability to retain magnetism, that is, changes from ferromagnetic to paramagnetic behavior.

居里点：使物质失去维持磁性能力时的温度，也就是，达到该温度时物质从铁磁性状态变成顺磁性状态。

It is also found that in the temperature rise process, the distribution of the Joule heat in the pipe looks like a plateau bordered by the Curie point of the material.

数据分析发现，升温过程中，钢管中焦耳热的分布以居里点为界，呈&高原&形分布。

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。

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。