1) blast temperature
鼓风温度
1.
There are some limits for using hot tube to recovery waste heat of hot blast stove to preheat the gas and air, This paper puts forword some plans to raise the blast temperature.
分析了用热管技术回收高炉热风炉烟气余热 ,实现空气、煤气双预热 ,提高高炉鼓风温度的局限性 ,并据此提出了进一步提高鼓风温度的几种方案加以探
2) blast
鼓风
1.
The application of furnace dehumidified blast technology;
高炉脱湿鼓风技术的应用分析
2.
Decrese Dispersion of Oxygen to Realize Blast of Rich Oxygen;
减少氧气放散实现富氧鼓风
3.
Blast dehumidification of blast furnace can reduce energy consumption of smelting procedure of blast furnace and stabilize operating condition of blast furnace smelting.
进行高炉鼓风脱湿,可以降低高炉冶炼的工序能耗,稳定高炉冶炼工况,是企业节能降耗的重要途径。
3) Blower of ISP
密闭鼓风炉鼓风
1.
Design and Application of Medium-voltage Converter in Blower of ISP;
密闭鼓风炉鼓风机中压变频调速装置的设计与应用
4) blower
鼓风机
1.
Application of TPS System in the Blower Control System;
TPS系统在鼓风机控制系统中的应用
2.
Analysis for Vibration Reasons of D630-27 Blower;
D630-27鼓风机振动原因分析
3.
Key criteria for the main blower in your acid plant;
硫酸厂主鼓风机的主要设计准则
5) air blower
鼓风机
1.
According to the instance of the reconstruction of preventing surge control system for the air blower in the blast furnace at liangang,the formation and harm of surge were mostly introduced,and the principle and realizing method of preventing surge control were expounded.
结合涟钢高炉1#鼓风机防喘振控制系统改造的具体实例,介绍了喘振的形成和危害,阐述了防喘振控制的原理及控制系统的实现方法。
2.
The surge occurred often during air blower operation in the sewage treatment plant, frequent replacement of bearing was needed, and the dissolved oxygen in CASS biological tank was difficult to be regulated.
针对污水厂鼓风机运行过程中经常发生喘振、需频繁更换轴承以及CASS生物池的溶解氧较难调节等问题,通过技术改造和工艺调整,解决了改造前存在的问题,达到了节能降耗的目的。
3.
The noise properties of a very large type of outdoor air blower unit in a very big manufacturing aluminum factory are analyzed,so schemes of control for the noise are worked out.
分析了国内某大型铝厂焙烧炉用特大型室外鼓风机组的噪声现状 ,制定了相应的噪声控制方案。
6) blast momentum
鼓风动能
1.
Calculation of the blast momentum in ironmaking;
关于炼铁鼓风动能的计算
2.
The descriptions of the formula of blast momentum in some ironmaking literatures are reviewed.
作者收集了一些炼铁专业书籍中关于鼓风动能的公式,发现在其表述上存在英雄模范些问题,如鼓风质量与鼓风重量概念的模糊,鼓风压力单位运用的错误等等,这些都将影响鼓风动能计算的正确性。
参考词条
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。