1) FeO controlling
FeO控制
2) MnO FeO
MnO-FeO
3) low FeO
低FeO
4) content of FeO
FeO含量
1.
The factor influenced on the content of FeO is analyzed.
分析影响烧结矿中FeO含量的因素,详细地介绍了为此而采取的措施以及在生产实践中所取得的效果。
2.
In this paper,outhor introduces how to reduce the content of FeO in sinter ore,improve the reducibility of sinter ore by controlling the energy consumption,raising the basic capacity of sinter ore and strengthening the management of process technology in recent years at Xinsteel.
简要介绍了新钢烧结厂近几年在保证烧结矿转鼓强度的情况下,通过控制烧结能耗、提高烧结矿碱度、严格生产工艺管理,使烧结矿FeO含量大幅度降低,改善了烧结矿的还原性能。
5) FeO content
FeO含量
1.
Influence of capacity expansion of sintering machine on FeO content and drum index of sinter;
烧结机扩容对烧结矿FeO含量及转鼓强度的影响
2.
The influence of FeO content on the cold intensity and the reduction degradation index in low temperature(RDI+3.
讨论了FeO含量对烧结矿冷强度和烧结矿低温还原粉化率RDI+3。
3.
BP neural network combined with Genetic Algorithms was used to build up a prediction model for FeO content during sinter process.
实现烧结过程工艺参数的优化,首先要进行烧结矿质量预测·采用遗传算法与BP神经网络相结合的方法,建立了烧结矿FeO含量预测模型,并改进BP学习算法·仿真表明,该方法可以优化神经网络结构,缩短学习时间·与传统的BP神经网络模型相比,预测值与实际值间的相对误差由6 534%降低至1 400%,其精度高于传统BP网络模型·该方法为实现在线预测奠定基础
6) FeO content in sinter
烧结矿FeO
1.
Aiming at complexity and difficulty of field control of FeO content in sinter,a prediction system of neural network was developed.
采用改进后的4层前向神经网络,进行多因素输入建模,输出采用主因线性相关与次因非线性相关叠加,预报现场烧结矿FeO含量。
补充资料：chromite (mineral) (cr2feo4)
CAS：1308-31-2
中文名称：铬矿；铬铁矿,亚铬酸盐
英文名称：chromite (mineral)；chrome ore；chromite；chromite (mineral) (cr2feo4)；chromite homog mineral；chromite ore；iron chromate；iron chromite
中文名称：铬矿；铬铁矿,亚铬酸盐
英文名称：chromite (mineral)；chrome ore；chromite；chromite (mineral) (cr2feo4)；chromite homog mineral；chromite ore；iron chromate；iron chromite
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