1) burner calibration
燃烧器校正
1.
Based on extensive boiler maintenance experiences,a set of practical burner calibration measurement technique,which has great significances on burner installation,inspection,trial test,and modification,is summarized.
文章提出煤粉燃烧新的切圆概念,采用自动激光测量技术,结合燃烧器的实际结构,通过大量锅炉检修的实践,总结出一套实用的燃烧器校正测量技术,对锅炉燃烧器的安装、检修、调试、改造具有重要作用。
3) forward combustion
正向燃烧
4) active pressure burning
正压燃烧
1.
Analyze a 4t chain coal-heat boiler which ash accumulation in flue lead to failure of active pressure burning, finding out the reason of ash accumulation, and propose efficiency and feasible ash remove countermeasures, after taking the countermeasures in practice, the ash accumulation problem have been solved.
一台4吨的链条煤炉烟道因严重积灰引起正压燃烧,分析其积灰的原因,并提出有效的积灰排除对策,最终积灰故障得到排除。
5) gas fired burner
燃气燃烧器
1.
Numerical simulation on the performance of a new type high efficiency and low emission gas fired burner
高效低污染燃气燃烧器燃烧特性的数值模拟
2.
In this paper,a new type gas fired burner is introduced and a series of experiments are carried out to analyze its combustion performance.
介绍一种新型燃气燃烧器的结构特点,并通过实验研究,分析了其燃烧性能。
3.
The performance of self-designed gas fired burner and its operation variables according to different oxygen consumption coefficients were studied.
对自行设计的燃气燃烧器的燃烧性能和根据不同的氧气消耗系数确定的试验工况变化进行了研究分析,并在燃煤锻造炉改造中进行了试用。
6) gas burner
燃气燃烧器
1.
This article introduces a gun type of gas burners for radiating tube and a method of designing combustion unit for radiating tube.
介绍一种枪式辐射管燃气燃烧器及其燃烧头的设计。
2.
The thesis introduces the field of application and background of development of gas burners.
论文介绍了燃气燃烧器发展的背景和应用的范围,特别近年来我国经济持续快速发展,工业化、城市化发展要求城市采用高品质清洁能源。
3.
And the combustor of the heating furnace is atmospheric gas burner which has short flame and the heat release is concentrated.
本文依托于大庆油田有限责任公司的委托项目《火筒式加热炉损坏机理及防护技术研究》,设计一种新型的引射式辐射管燃气燃烧器,并对这种新型燃烧装置的热工特性进行了试验研究,主要研究内容如下: (1)根据大庆油田现有加热炉的运行状况,提出了燃烧器的设计方案,并采用模化方法搭建燃烧器试验台; (2)测试燃烧器热工性能。
补充资料：正常（超导）—超导（正常）转变
正常（超导）—超导（正常）转变
transitionfromnormal(superconducting)statetosuperconducting(normal)state
一般指在常压下改变温度到Tc时，物质的电阻从R＞0（R=0）的正常态（超导态）到R=0（R＞0）的超导态（正常态）的转变。无磁场时这种转变属二级相变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条