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1·Remove exhaust heat shield from down pipe.

从下行管拆卸排气隔热罩。

2·An exhaust heat recovery apparatus (10) includes a Stirling engine (100) and a clutch (6).

一种废热回收设备(10)，其包括斯特林发动机(100)和离合器(6)。

3·Then, the exhaust heat from the bottom plate of the thermoelectric device would be used in the traditional way to warm water up.

其次，从热电设备中位于底部的薄片中出来的排气可以用于传统方式来加热水。

4·By using exhaust heat, methanol is dissociated to methanol dissociated gas in the condition of high temperature and catalyst.

本研究通过利用尾气余热，让甲醇在高温以及催化剂的条件下催化裂解而得到甲醇裂解气。

5·The test results show that it can recover much more exhaust heat, and less exhaust resistance and lower noise than the original one.

实验结果表明，该装置回收排气余热量大，和原消声器相比，排气阻力较小，降噪效果明显。

6·Simulation results showed that the hybrid engine reclaimed the exhaust heat of diesel cylinder to improve the air-powered cylinder's performance.

结果表明，这种形式的混合动力发动机能实现其设计目的，即回收利用柴油缸排气废热以提升气动缸性能。

7·The intermediate pressure exhaust gas boiler in the shop of Yantzi petrochemical oil refinery works is needed to recycle the exhaust heat from the dust.

扬子石化炼油厂催化裂化车间中压余热锅炉，用来回收催化再生烟气的余热。

8·The inventive electronic image pickup device can adequately exhaust heat in the device so as to preventing temperature of image pickup elements from raised.

本发明的电子摄像装置能够充分地将装置内部的热排出至装置外 部，由此能够抑制摄像元件的温度上升。

9·High / low pressure switch protection, protection, hot melt season, high exhaust heat protector for a compressor, overcurrent relay, phase sequence protector.

高/低压力开关保护、排气过高保护、热熔赛、压缩机热保护器，过流继电器、相序/缺相保护器等。

10·Conventional heat exchangers of convective heat transfer for the recovery of diesel exhaust heat suffer from easily fouled heating surfaces and a low heat transfer factor.

传统的对流换热式柴油机余热锅炉存在受热面容易污染和传热系数低的缺点。

废热

1·An exhaust heat recovery apparatus (10) includes a Stirling engine (100) and a clutch (6).

一种废热回收设备(10)，其包括斯特林发动机(100)和离合器(6)。

余热

1·Therefore, this article puts forward some valid improvement measures by reinforcing and high efficiently utilizing exhaust heat, optimizing the status of pipe network, strengthening management, etc.

提出了加强余热回收并高效利用、优化管网运行、强化管理等有效的改善措施。 这将有利于减少蒸汽系统的能源浪费，提高企业的能源利用率。