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1·Please do not plug equipment heat release system.

请不要堵塞设备的散热系统。

2·In equipment operation, not plug equipment heat release part.

请将运转的设备放置在通风处，不宜带电移动。

3·The heat release rate is the key factor that determines fire hazards.

材料的热释放速率是决定火灾灾害的关键因素。

4·In an adiabatic system, this heat release serves to increase the chamber temperature.

在一绝热系统中，放出的热量增加了房间的温度。

5·Once that heat release has cooled the ocean to its freezing temperature, sea ice forms again.

一旦释放出的热量足够多，使海洋达到自己的冰点，海冰又会重新形成。

6·And sugar intake (mainly polysaccharides), is the most likely cause of high heat release.

而糖的摄取(主要指多糖)，是最容易导致高热量的释放。

7·The heat release from floor is key nodes in designing of imbed pipe floor heating systems.

地板表面散热量是低温地板辐射供暖设计计算中最重要的参数之一。

8·The PYROJET is a compact, push through, high heat release, high velocity direct fired heater.

PYROJET空气加热器是一款紧凑型推出式高速直燃加热器。

9·The measurement of grain respiration heat is the key of ventilation and heat release of grain.

谷物呼吸热值测定是粮食通风散热课题的核心问题。

10·The HCCI heat release curves in different EGR ratio are simulated with Partition Webie Function.

并结合分段韦伯函数，对不同egr率的HCCI放热率进行模拟研究。

放热

1·To perfect the calculation, we calculated the heat release rate with the actual diagram of work after testing.

样机试验后，再根据实测示功图来计算放热率，从而完善了计算。

2·The result shows that the rate of pressure rise and the heat release are the main dynamic load factor that affects the combustion noise.

研究结果表明：气体动力载荷因素中，压力升高率和放热率是影响燃烧噪声的重要因素。

3·General heat release coefficient is used to equivalently consider autoclave radiation and convection of boundary condition during curing process for CFRP pressure vessel.

文中应用总放热系数等效考虑了CFRP压力容器固化过程中热压釜辐射与对流边界条件。

4·Under off-design operating conditions, shifting of the flame's axial position and its heat release may also influence the system's stability.

在非设计工况下运行时，火焰的轴向位置和燃烧放热的变化也对系统稳定性产生影响。

5·In this paper, the principle of calculation of the heat release rates in diesel engine and the method of calculation are described.

本文介绍了柴油机燃烧放热率计算的基本原理和计算方法。

散热量

1·The increasing ground heat release would strengthen the air exchange rate within the courtyards, thus lead to the decrease of pollutant concentration.

地面散热量的增加会强化污染物的扩散，有助于将其排出庭院建筑，该作用在静风状态下表现的更加明显。