1) sintering porosity
烧结气孔率
2) sintering ratio
烧结率
3) power of sintering
烧结功率
4) sintering waste gas
烧结烟气
1.
As a result, the dense flow absorber process was selected to treat the sintering waste gas.
根据石家庄钢铁股份有限责任公司烧结机机头烟尘特点,对几种不同的处理方法进行比较,提出了采用密相干塔烟气脱硫的方案,来进行烧结烟气脱硫。
2.
In the near future the technologies for simultaneous desulfurzation and denitrition technologies of sintering waste gas will become a big hot point in the fields of waste gas desulfurization and denitrification at home and abroad.
鉴于烧结烟气的脱硫脱硝技术是目前国内外脱硫脱硝研究的一大热点,介绍了典型的可用于烧结烟气脱硫脱硝技术以及目前国内外新兴的烟气同时脱硫脱硝技术,并对各种技术的优缺点进行了分析。
3.
3 sintering plant were introduced in detail,which can be used as reference for sintering waste gas desulphurization.
本文详细介绍了NID脱硫工艺的原理、主要设备、工艺流程、技术特点及在三烧的应用情况,以期为烧结烟气脱硫提供参考。
5) sintering atmosphere
烧结气氛
1.
Effect of sintering atmosphere on structure and properties of Ti(CN) base cermets;
烧结气氛对Ti(CN)基金属陶瓷组织和性能的影响
2.
Influence of sintering atmosphere on mechanical properties of MIM Fe/2Ni alloy;
烧结气氛对注射成形Fe/2Ni合金性能的影响
3.
The surface pores and microstructure of cermets were observed by using metallurgical image analysis system and scanning electron microscopy(SEM),and the effects of heat treatment and sintering atmosphere on properties of Ti(C,N) matrix cermets with different carbon-nitrogen ratio were analyzed.
采用粉末冶金法制备Ti(C,N)基金属陶瓷,利用金相图像分析系统和扫描电镜观察陶瓷表面孔洞和微观组织形貌,分析了热处理和烧结气氛工艺对不同碳氮比的Ti(C,N)基金属陶瓷性能的影响。
6) sintering gas
烧结烟气
1.
By choosing CFBA system as test platform,particles which were suitable for desulfurization reaction of fluidized sintering gas were selected through changing the process of spray humidification,while existing alkaline raw materials and alkaline wastes were made full use of in steel enterprises.
以CFBA工艺为测试平台,充分利用钢铁企业现有的碱性原料和碱性废物,通过喷雾增湿过程,展开适于烧结烟气流态化脱硫反应的粒子选择研究,研究结果表明:99。
2.
For desulphurization of sintering gas,a pilot dense flow absorber was built and desulphurization experiment was carried out.
为进行烧结烟气的脱硫处理,建立了密相干塔烟气脱硫新技术的试验装置,并进行了脱硫试验研究。
3.
It is a highly efficient sintering gas desulphurization technology which features in stable operation and small investment.
通过对国内外烧结烟气进行分析,对动力波脱硫技术不断改进和完善,开发出了动力波烧结尾气脱硫技术。
补充资料：焦炭气孔率
焦炭气孔率
porosity of coke
Jiaotan qikongl公焦炭气孔率(porosity of eoke)块焦的气孔体积与焦块体积之比。它分为总气孔率和显气孔率两种。总气孔率为块焦的开气孔与闭气孔体积之和与总体积的比率，显气孔率系块焦的开气孔与总体积的比率，均以百分数表示。块焦中气孔的大部分是互相贯通并通向块焦外表面的气孔，称为开气孔，少部分为封闭气孔。大多数焦炭的气孔率(总气孔率)波动范围为41一56%。焦炭总气孔率用焦炭真密度和焦炭视密度计算求得。焦炭总气孔率一导x‘00，%式中p为焦炭真密度;P^为焦炭视密度。焦炭显气孔率的测定方法通常有抽真空法和水煮沸法两种.(1)抽真空法简称抽气法。即在真空的条件下将焦炭孔隙内的空气抽出，然后在大气压力作用下使水进入焦炭的孔隙中。〔2)水煮沸法是将焦炭置于水中使水渗入焦炭的孔隙中。上述两种方法在用水充满焦块孔隙以后的操作是相同的，即称出已充满水的块焦质量，然后浸入水中再称出其质量，结果按下式计算: 显气孔率一箫器划。“，%式中m，为干焦质量，g;m:为水饱和后的焦样在空气中的质量，g;扒:为水饱和后的焦样在水中的质量，g。测定时必须选取一定数量有足够代表性的焦块，并且要严格按规定条件操作。水煮沸法测出的显气孔率一般比抽真空法测定值小1一2%。 (陈明岳崔秀文)
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