heating efficiency

In the course of using the nature gas, the energy utilization efficiency should be raised by increasing the combustion's heating efficiency.

在燃气的使用中，提高燃气用具及设备的热效率等来提高能源的利用率。

Hannover, Germany the use of advanced high efficiency hot water and electricity separated from the core, heating efficiency of up to99%.

采用德国汉诺威先进的水电分离高效热芯，加热效率高达99%以上。

Study on heating efficiency of a porous and passive solar collector

一种开孔被动式太阳能集热器热效率的研究

To dry the unfired pottery with far infrared radiation can result in such advantages as speedy temperature rise, high heating efficiency, large amount of energy-saving and high quality.

远红外辐射对铸造坭芯进行干燥，具有升温快，热效率高、节能显著、烘制坭芯质量好等优点。

The system efficiency, cooling or heating efficiency, residual heat efficiency on CCHP in different seasons are analyzed through changing heat recover ratio, temperature ratio and pressure ratio.

通过改变微燃机回热度、温比、压比，分析了不同季节联供系统的系统效率、制冷或供热效率、微燃机发电效率、二次余热回收效率的变化；

By means of the proposed software, impacts of barometric pressure, surplus air coefficient, and supply air volume on heating efficiency of the unit are achieved.

利用热力计算软件多工况计算与分析，获得了大气压力、过剩空气系数、送风量等各因素对机组热效率影响的规律。

The Al_2O_3 all-ceramic was successfully sintered using the system in combination with a suitable thermal insulator. This heating system has high heating efficiency and simple structure, so can be operated conveniently.

与设计的助热保温结构相结合，可成功地对Al2O3全瓷进行烧结，由此建立的加热系统加热效率高，结构简单，操作方便。

Simulation study on the influence of waveguide end distance to microwave heating efficiency Mutual Coupling of Slotted Waveguide on a Circular Cylindrical

波导口距离对微波加热效率影响的仿真研究圆柱共形面上波导口辐射元间的互耦研究

The result shows that heating efficiency of hollow cathode is effectively enhanced by using heat shield.

结果证明，热屏蔽层的应用有效地提高了空心阴极加热效率。

The article primary introduces composing of HT-7 Neutral Beam Injection ( NBI) system, then mainly analyzes gas target thickness, that is pressure distribution of neutralizer gas cell, one of factors which affect heating efficiency of NBI.

本文首先介绍了HT-7中性束注入（NBI）加热系统的组成，然后对影响中性束注入加热效率因素之一的气体靶厚度即中性化室的压力分布进行了重点分析。