thermal delay

Study on thermal explosion delay time of NiAl ( Fe) system

NiAl（Fe）体系热爆反应延滞时间的研究

The calculation results show that pavement types have positive influence on thermal regime in permafrost embankments, and concrete pavement can effectively decrease pavement temperature, delay falling velocity of permafrost table, and protect the permafrost under embankments effectively.

结果表明：路面类型对冻土路基温度场有着重要影响，水泥路面的采用可有效地降低路面温度，延缓冻土上限下降速率，从而可以有效保护基底多年冻土；

The main conclusions are as follows: 1. During thermal aging, the delay time of tungsten type delay composition drift.

主要结论有：1.高温贮存过程中，延期药的延期时间均发生漂移。

The experimental results indicate that the thermal mass can delay the creation time of cool load peak value and have the effect of peak load shifting.

实验结果表明建筑热物质能够延迟冷负荷峰值的产生时间，具有削峰填谷的作用。

Inversion of a Kind of Thermal Parameter with General Character by Using Delay-time Transform

利用走时变换反演一类集总特性的热学参数缺血性脑梗死扩散各向异性的时间演变规律

The fuzzy control for thermal process with large delay

大时延热工过程的模糊控制

The shot noise and thermal noise with homodyne demodulation technique is given in this article. And phase noise induced with different time delay is also analyzed.

给出了采用零差解调技术时干涉系统的散粒噪声和热噪声，并且分析了在不同时间延迟情况下的相位噪声。

"Thermal time delay switch, Generic specification of"

GB/T14280-1993热时间延迟开关总规范

The effects of the relative density of mixture, the content of Al particle, the size of Al particle, the heating rate, the content of dilution Fe on the thermal explosion point temperature and the thermal explosion delay time are analyzed.

对工艺参数如混合物的相对密度、Al粉的相对含量、Al粉粒度、加热速率、Fe的相对含量对热爆点温度和热爆延滞时间的影响做了分析。

Protection against motor over-load usually adopt thermal relay, but protection against line over-load usually adopt long delay over-current release of circuit-breaker.

电动机过载保护通常采用继电器，而配电线路过载保护多采用断路器的长延时过电流脱扣器来完成。

Capillary can only do minor adjustments for flow rate and the temperature wrap of thermal expansion valve has obvious characteristics of delay.

毛细管只能对流量做微小的调节，热力膨胀阀的感温包有明显的延迟特性。

As a result, the process of the spin excitation delay through spin polarized excitation is not related to temperature; however, the process through thermal excitation is temperature dependent.

结果表明：经自旋极化激发实现的自旋激化弛豫过程与温度无关，而经热激活的自旋激发弛豫过程与温度有关。