1) high temperature air
高温空气
1.
Energy-saving technology of high temperature air ignition for circulating fluidized bed boiler;
循环流化床锅炉高温空气点火节能技术
2.
Method to measure humidity of high temperature air;
一种高温空气湿度测量的方法
3.
Stable & Clean Combustion of Pulverized Coal-Fired Boiler under All Loads Based on High Temperature Air Ignition
基于高温空气点火煤粉炉全负荷稳定洁净燃烧技术研究
2) High-temperature air
高温空气
1.
Experimental study on high-temperature air ignition of pulverized coals;
高温空气煤粉点火的试验研究
2.
Numerical simulation method is employed in this article to investigate various high-temperature air direct-ignition processes of pulverized coal (PC).
本文通过数值计算的方法,对高温空气煤粉直燃燃烧器的多种运行工况进行了数值试验研究,分析了煤粉气流入口速度、煤粉浓度和高温空气速度等主要因素对煤粉气流着火的影响,模拟结果还可以反映出高温空气无油点火燃烧器内的流动、燃烧和传热情况。
3.
This paper summarized several oil-free ignition methods used in pulverized coal fired utility boiler, and put forward a technical plan for medium-frequency induction high-temperature air intermediate ignition, and built an experimental equipment.
就目前电站锅炉使用的几种无油点火方式及其特点进行了详细地分析,在此基础上提出了利用中频感应加热高温空气煤粉直燃技术方案,并进行了高温空气煤粉点火系统的实验研究,为高温空气煤粉点火燃烧器的优化设计奠定了坚实的实验基础。
3) high altitude temperature
高空气温
1.
This article through to this valley flood and high altitude temperature correlational analysis proof,proposed suits in this valley characteristic\'s design flood achievement,proposed one effective consider method and way for design flood analysis of snow melt water and the data short rivers.
通过对本流域洪水及高空气温的相关关系分析论证,提出适合本流域特征的设计洪水成果,为冰雪融水补给且资料短缺的河流设计洪水的分析提出一种有效的思考方法和途径。
4) high temperature-air container
高温空气槽
1.
The way of heating air by using high temperature-air container was designed for the measurement of the heat deflection temperature(HDT)of polymer materials.
提出了采用加热空气介质的高温空气槽测定材料热变形温度(HDT)的方法,通过几种高分子材料在油浴中及高温空气槽中测定HDT值的比较。
5) high temperature moist air
高温湿空气
1.
The equations on the basis of properties of dual gas mixture for calculating the density, specific heat capacity at constant pressure, viscosity and thermal conductivity of high temperature moist air expressed in terms of air temperature, pressure and relative hunidity are derived.
为此,文章依据二元组分混合气体性质,根据实际气体压缩因子和维利状态方程,建立了由空气温度、压力和相对湿度表达的高温湿空气热物理性质的计算方程,并为方便工程计算,将这些方程整理成为相应的修正系数乘以纯干空气的热物理系数。
6) 3 000 m temperature
3000m高空气温
补充资料:♀高温不起皮钢280
heat-resistingsteel:在高温环境下,具有较好的耐氧化性,但能承受的应力相当低的钢。
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