2、

Temperature efficiency is up more than 80%, thermal efficiency is up more than 70%.

蓄热室温度效率可达到80%以上,热效率可达到70%以上。

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3、

The average waste heat generating efficiency and the average temperature efficiency are both infected by the exchange time and the optimal exchange time is about 60s.

换向周期对平均余热利用效率和平均温度效率都有较大的影响,其最佳换向周期应定在60s左右。

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4、

Based upon analytical solutions of governing equations for heat transfer in 2-4, 2-6 split flow heat exchangers, the expressions for the temperature efficiency P and LMTD correction factor F are presented.

基于对及型分流式换热器基本方程的解析解,给出了温度效率P和对数平均温差修正系数F的计算公式。

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5、

The temperature efficiency and heat recovery efficiency of honeycomb potter heat storage bed used in High Temperature Air Combustion are experimentally tested.

对高温贫氧燃烧中的关键设备&蜂窝陶瓷蓄热体换热器的温度效率、热回收率等热性能进行了实验测试。

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6、

There exists the maximal temperature efficiency and the corresponding optimal switch time.

存在最大温度效率和相应的最佳切换周期。

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7、

The result shows that the heat efficiency and temperature efficiency is impacted by the two nondimensional parameters separately.

结果表明,对于蜂窝陶瓷蓄热器,其热交换温度效率和热效率,主要受二个无量纲即两个物理量群(无量纲时间、无量纲程度)的约束。

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8、
9、

The solid heat conduction along the flow direction and the regenerator heat storage capacity for the unit volume has no impact on temperature efficiency peak and optimal switch time.

沿气流流动方向固体导热和单位质量固体蓄热能力不影响温度效率峰值和最佳切换周期。

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11、

The maximum temperature efficiency and the optimal switch time are proved.

薄壁蓄热体传热存在最大温度效率和最佳切换周期。

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12、

Maximal temperature efficiency is directly proportional to the passage length and optimal switch time is directly proportional to the matrix thickness.

最大温度效率与通道长度成正比,最佳切换周期与间壁厚度成正比。

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13、

By the test of engine platform, the mathematic models on temperature contrast loading based on the loading of three-way catalyst and the warming up characteristics of speed temperature, can be used for supervision of working efficiency of three-way catalyst.

通过发动机台架试验,在研究三元催化转换器负荷和速度升温特性的基础上建立的温差负荷数学模型,可用于监控三元催化转化器的工作效率。

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14、

The pressure loss and separation efficiency under various temperature conditions of cyclones has been numerically studied.

对不同温度条件下旋风分离器的压力损失和分离效率进行了数值研究。

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16、

The temperature change to some extent has little effect on energy transfer efficiency.

一定范围内的温度改变对能量转换效率的影响不大。

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17、
18、
19、

Influence of the temperature and viscosity of the testing medium on the volumetric efficiency of screw pumps

试验介质温度、粘度对螺杆泵容积效率的影响

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20、

The paper briefly describes the bench scale test and 3 000 A electrolyzer pro duction of Pr metal by electrolysis of Pr oxide. The influence of electrolyte composition, electrolysis temperature, cathode current density and feedrate on the production efficiency is discussed.

对电解氧化镨制取金属镨的小型试验和3000A电解槽的生产作了简要介绍,探讨了电解质组成、电解温度、阴极电流密度、加料速度对工业生产效果的影响。

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