1) advanced reburning technology
先进再燃烧技术
1.
Analysis on the influence factors of advanced reburning technology;
先进再燃烧技术影响因素分析
2) reburning technology
再燃烧技术
1.
Based on the priciple of reburning technology,the main influence factors of NO_X heterogeneous reduction by char,such as coal type,size of coal partiale,devolatilization atmosphere,reaction atmosphere,metal oxides in coal ashes,are analysised.
煤粉再燃烧技术是低NOX燃烧技术中正在发展的较有前途的一种方法。
2.
This paper presents the mechanism of reburning technology and analyzes the main influence factors during reburning process.
本文阐述了再燃烧技术原理 ,分析了影响再燃烧技术还原过程的主要因素。
3) advanced reburning
先进再燃
1.
NO reduction performance of natural gas and petroleum gas advanced reburning;
天然气/液化气先进再燃脱硝特性研究
2.
0 software package and chemical dynamic models established by Miller (1989) and others, a simulation calculation and contrast analysis have been conducted of the principle of reburning, advanced reburning, SNCR (selective non-catalytic reduction) and hydrocarbon-added SNCR reactions.
0软件包中塞状流反应器和Miller等人的化学动力学模型,对再燃、先进再燃、选择性非催化还原(SNCR)以及加入烃类的SNCR反应的原理进行了模拟计算和比较分析,研究了不同反应温度、再燃燃料比和停留时间对脱硝效率的影响。
3.
This paper presents the mechanism of advanced reburning technology and analyzes the main influence parameters during the advanced reburning process.
先进再燃是在再燃基础上将氨基助剂喷入富燃料再燃区,可实现85%左右的NOx脱除率,具有很好的技术优势,是目前国外研究NOx控制技术的热点。
4) reburning low NOx technology
再燃低NOX燃烧技术
1.
This paper discussed the reburning low NOx technology.
阐述了NOX控制技术中的再燃低NOX燃烧技术,分析了再燃低NOX燃烧技术的基本原理及特点,从再燃燃料的种类、主燃区NOX量、再燃区温度、再燃区停留时间、化学当量比、再燃区混合状况等方面分析了影响再燃技术NOX还原过程的主要因素。
5) combustion technique
燃烧技术
1.
Adopting advanced combustion technique, improving the efficiency of heating boilers;
采用先进燃烧技术提高供热锅炉效率和出力
2.
In combination with low NOX combustion techniques inChina and in view of limits of the Standard of Discharging Atmo-spheric Pollutants from Thermal Power Plants to be published soon,this paper presents corresponding technical countermeasures andkey subjects to be studied.
结合我国低NOX燃烧技术水平和即将出版的《火电厂大气污染排放标准》,提出了相应的技术对策和重点研究课题。
3.
In this article,the combustion in kinetic heath,the mechanism of even delamination combustion technique and the application of this technique in 3 5t boiler were described.
论述了运动炉排层燃的问题,均匀分层燃烧技术的燃烧机理及在35t锅炉中的应用概况。
6) burning technology
燃烧技术
1.
Heat-stored burning technology of heating furnace of Shaoguan Iron and Steel Company;
蓄热式燃烧技术在韶钢加热炉上的应用
2.
This discusses the way of float glass furnace energy saving from aspects of burning technology the structure of melting unit, charging technology, furnace ' s temperature system and choice of regenerator fillings etc.
从燃烧技术、熔化部的结构、投料技术、熔窑的温度制度及蓄热室的格子砖的选择等几个方面,讨论了浮法玻璃熔窑节能的途径。
3.
The application and result of the burning technology of emulsified heavy oil by water(EHOW)to walking furnace have been introducedThe furnace was built in 1985 and had some advanced equipments:double cross bound burning control system,monitoring system of oxygen content and optimal control of burning technology of EHO
介绍了重油掺水乳化燃烧技术在步进式轧钢加热炉上的应用及效果。
补充资料：国际先进模具制造开发技术速度快
据介绍，国际先进工业国家在链条与模具生产中均采用了可靠性设计以及CAD/CAM技术，开发新品速度快、精度高，质量较有保证。大多数新产品具有高耐磨、高疲劳、高精度的特点，结构形式上有微型链以及多种输送链、缆链、倍速链等，在材料上则使用了耐磨、耐热、塑料、含油粉末冶金等材料，进一步提高了链条的性能。
另外，在加工方面，一般规格链条链板多采用高速多颗冲裁工艺，滚子制造采用五工位冷挤压机加工，套筒采用高速精密且具有自动检测功能的卷管机加工；喷丸、挤孔、表面硬化处理等新工艺应用很普遍；零件热处理一般采用热处理自动生产线，热处理质量由在线检测设备检测与控制；热处理工艺有趋于向温度、炉压、炉气组分以及淬火介质等多参数综合控制，零件质量稳定可靠，技术性能较高；在装配工艺上则普遍采用组装、铆头、检测、预拉，拆节多功能自动装配线。
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