1.
Production test of sinter ore with Australian ore to improve the sintering machine capacity
烧结配加澳矿生产试验提高烧结机利用系数
2.
As a result, the productivity of sinter maching greatly increased, fuel consumption decreased, the sinter quality improved.
实现了小球烧结，烧结机利用系数大幅度提高，燃耗降低，烧结矿质量得到改善。
3.
Laigang 3×265m~2 sintering machine waste heat sinter take full advantage of the practice
莱钢3×265m~2烧结机烧结矿余热充分利用的实践
4.
Study on Reaction Mechanism of Flue Gas Desulfurization in Sintering With Pyrolusite
利用软锰矿进行烧结烟气脱硫的反应机理研究
5.
Selective Utilization of Waste Gas Heat from Windmain of Sansteel 2~# Sinter Machine
三钢2~#烧结机烟道废气余热的选择性利用
6.
Developement and Application of System Balance Sintering Technique on Medium-Sized Sintering Machine;
系统平衡烧结技术在中型烧结机上的开发与应用
7.
use factor
利用系数, 利用率
8.
The Application of the MM710 Infrared Ray Water Control System Running at the 265m~2 Square Meter Sintering Machine of the BX STEEL
MM710红外水分控制系统在本钢265m~2烧结机的应用
9.
FH-Ⅱ ANTI-SKID SUPERVISION AND CONTRL SYSTEM FOR CIRCULAR COOLER IN SINTERING SYSTEM
烧结环冷机用FH-Ⅱ防打滑监视控制系统
10.
Application of Multi-network Cooperative Control System in Sinter Machine System
多网络协同控制技术在烧结机系统中的应用
11.
Research on Parameter Optimization and Flow Analysis of Combustion System for Automotive Diesel Engine;
车用柴油机燃烧系统参数优化及其流动分析
12.
The results showed that the utilization coefficient of power reached the highest at an appropriate range of rotator width.
结果表明,在合适的旋耕进距范围内,旋耕机功率利用系数最高。
13.
utilization coefficient of strokes
(压力机) 行程次数利用系数
14.
Experimental Study of the Effect of Combustion System Parameters on Diesel Engine Performance;
燃烧系统结构参数对柴油机性能影响的试验研究
15.
ANALYSIS OF THE COMBUSTIONS CHARACTERISTIC OF THE BIOMASS BRIQUETTES BY COMBUSTION PARAMETERS
利用燃烧指数分析生物质型煤的燃烧特性
16.
The Mechanism Study of a New Near Zero Emissions Coal Utilization System with Combined Gasification and Combustion;
新型近零排放煤气化燃烧集成利用系统的机理研究
17.
Modification of KFJ-2A Rotary Cart Tilter for Sintering Machine
烧结机KFJ-2A转子式翻车机系统改造
18.
The Mathematics Model of LTCC Sintering Furnace Temperature Field
低温共烧陶瓷专用烧结炉温度场的数学模型