1) compressor stator vane control
静叶角控制
1.
In this paper, the Mach number control system in NF-6 wind tunnel is introduced, especially in detail for the compressor rotary speed control sub-system, the compressor stator vane control sub-system and the second throat control sub-system.
笔者介绍了NF 6风洞马赫数控制系统的组成、特点及运行方式,对转速控制子系统、压缩机静叶角控制子系统、二喉道栅指控制子系统等进行了较为详细的介绍。
2) fixed blade control
静叶控制
1.
There were often unexpected failures in fixed blade control during operation of air blower of iron and steel enterprises.
针对钢铁企业鼓风机运行过程中静叶控制频繁发生意外故障,经分析研究提出了新的解决思路:即采用一种新的干扰抑制软件,不但保证机组的运行安全,还将最大限度的减少由于意外现象造成的不必要的停车现象,经应用测试效果良好。
3) static blade angle
静叶角度
1.
Design for blower static blade angle of electric displacement instruction and its application;
鼓风机静叶角度电位移指示的设计应用
2.
The relationship between the compressor surge and the static blade angle is presented,the anti-surge regulation and reverse-flow protection are also discussed.
本文论述了酒钢200万高炉鼓风机计算机自动控制系统的工艺及其构成和实现的主要功能,对轴流压缩机喘振与静叶角度的关系、防喘振调节及逆流保护进行了重点介绍。
4) rotational vanes
静叶转角度
1.
This article introduces performance effected by part rotational vanes of Z23503.
8型轴流风机部分静叶转角度对风机性能的影响。
5) stationary blade manufacture
静叶制造
6) static control
静态控制
1.
Converter static control is the basic control mode for the converter computer.
转炉炼钢静态控制是转炉计算机的基本控制方式,副枪动态控制以静态控制为基础。
2.
The dynamic control of sublance is based upon the static control of converter, which is the basic control model of converter computer system.
转炉静态控制是转炉计算机的基本控制方式,副枪动态控制是以静态控制为基础。
3.
The mathematical model of static control of the converter is constructed, that is, the equation of oxygen consumption for controlling the overall C- ontents in the molten steel and that of the scrap steel consumption for controlling the final temperature, and the model has been optimized.
通过收集某钢厂５０ｔ转炉现场生产数据，利用统计回归分析方法进行计算机处理，建立 了氧气顶吹转炉炼钢的静态控制数学模型，即控制终点钢水碳含量的氧耗量方程和控 制终点钢水温度的废钢用量方程，并对模型进行了优
补充资料：静叶可调鼓风机芯安装
静叶可调鼓风机芯安装
静叶可调鼓风机芯安装
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