片语

heat-release law放热规律

heat emission[热] 散热；放热；热辐射

volumetric heat-release rate燃烧室热容强度

heat-release characteristics放热特性

heat-release performance散热性能

heat evolution放热

heat resource release火灾强度

heat-release hydrocarbon热释烃

Heat to release the electricity热释电

heat-release rate释热率

英汉例句

• a formula used to define the end-point of premixed combustion duration was developed in the heat release curve of the engine.

  通过从预混燃烧期的基本定义出发，在发动机放热率曲线上拟合出了用以确定预混燃烧期终点的公式。

• as a way of maintaining a steady, comfortable temperature, the building features heat release panels high up in the ceiling.

  由于保持平稳，舒适的温度的方法，建筑特征放热板高高的天花板。

• please do not plug equipment heat release system.

  请不要堵塞设备的散热系统。

• the purpose of this study is to provide a qualitative understanding of the effect of heat release rate on the smoke properties and accumulate some experimental data for building fire analysis a…

  本文目的在于在探索和发展中等尺寸火灾实验模拟手段和方法的同时，定性地确定火源功率对烟气特性的影响，并积累一定的实验数据，为建筑火灾的分析和模化提供实验基础和依据。

• based on the indicator diagrams obtained, the maximum pressure in cylinder and heat release rate after adding additive were analyzed.

  基于实测的示功图，对生物添加剂加入油品后最大缸内压力和燃烧放热率等方面做了发动机燃烧特性分析。

• reviews the effect of surface area and thickness of fire loads on predicting the value of the heat release rate.

  主要研究可燃物表面积和厚度对估测释热速率的影响。

• with the fuel supply advance angle increasing, the maximum heat release rate decreases, its corresponding phase advances, and the after combustion is shorter.

  供油提前角增大时，最大放热率降低，对应相位提前，后燃减少。

• results also show that differential peak phase of ion current signal or h30+ concentration slightly postpones to the peak phase of heat release rate.

  离子电流信号差分峰值相位、h30+浓度差分峰值相位与放热率峰值相位之间均存在一定的相位差。

• discusses the selection of floor area and heat release per unit floor area for heating pipe laying, and presents some primary suggestions for project design.

  探讨了敷设加热管的地面面积和单位地面面积散热量的选取，提出了初步建议，供设计时参考。

• compared to pp/ifr, incorporation of ommt can not only further reduce the first peak heat release rate (phrr1), but delay the time to the secondary combustion (phrr2) of samples.

  另一方面，锥型量热结果表明ommt明显优化了材料的阻燃性能，这不仅表现在第一热释放速率峰值（phrr1）的降低，而且phrr2也得以延迟。

• the pattern of temperature distribution of surrounding rock, airway surface temperature and strata heat release was revealed.

  解算出巷道壁面水分蒸发情况下围巖温度分布、壁面温度和围巖散热量的变化规律；

• heat release and compressibility effects are summarized.

  接着，对释热和可压缩性影响进行了总结；

• the zone model could still be used to simulate the smoke movement in large spaces. for the pool fire, the calculation model should be selected based on the heat release …

  计算结果和试验结果对比表明，在大空间内仍可利用火灾区域模拟方法计算烟气的运动。

• the interaction of heat release and fluid dynamics is studied. the effects of the latter on the mixing growth, the coherent structure and the rate of product formed in the mixing layer are analyzed.

  研究了化学反应放热与流体混合运动间的耦合作用，分析了前者对可压混合层厚度、拟序结构及产物生成率等方面的影响。

• therefore the article recommends that according to fire heat release rate, escape time and control height of smoke layer, the rate of mechanical smoke extraction should be reasonably decided.

  文章建议根据火源释热率、火灾发生后的逃生时间、烟气层的控制高度合理确定大空间的机械排烟速率。

• when the proportion of methanol in the fuels increases, the peak heat release rate of premixed combustion increases.

  随混合油含醇率的增加，预混燃烧峰值也随之增加。

• the vibrating action creates some agitation to the fuel bed and thus, the design heat release is a little more conservative than for a traveling grate.

  震蕩动作会使燃料床抖动，因此，相应的排热设计要比滑动式炉栅的更为慎重一点。

• 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。

• in addition, the heat release due to the need of oxygen to participate, they will accelerate the rapid loss of oxygen in the body.

  另外，热量的释放由于需要氧气的参与，所以会加快身体内氧气的损失迅速。

• while the proportion of dme increased, the ignition time advanced, the peak heat release rate increased, and the combustion duration decreased.

  dme比例加大，着火始点提前，放热率峰值上升，燃烧持续期缩短。

• this paper proposes a new method to predict heat release rate from fuel injection rate in swirl chamber diesel engines.

  提出了由喷油规律预测涡流室柴油机总放热规律和主、副室放热规律的一种新方法。