Production practice of Meishan's No. 1 BF with low fuel ratio;
梅山1号高炉低燃料比生产实践
s have been considerably improved,with the fuel ratio falling to within 530 kg/t,GC injection ratio reaching more than 130 kg/t,realizing the goal of long-term stable,balancing and high-efficiency production,since 2006.
莱钢2×1880m3高炉自2006年以来,通过加强进厂原燃料管理、强化炉前出铁管理、实施富氧喷吹技术和优化高炉基本操作制度,主要经济技术指标得到了大幅度改善,高炉燃料比降到530kg/t以内,粒煤喷吹煤比达到了130kg/t以上,实现了高炉长期稳定、均衡和高效化生产。
Therefore,the fuel ratio can be predicted.
将两个参数代入到 Rist 操作线的物料平衡与热平衡方程中,来求解焦比及炉顶煤气利用率,进而达到预测高炉燃料比的目的。
The law of effect of raising coke breeze rate on consumption of BF fuel rate is described.
文章阐述了提高小块焦比对高炉燃料消耗的影响规律,分析了高小块焦比操作燃料比升高的原因,并讨论了保持高置换比的控制措施。
Numerical Study of Advanced CANDU Reactor Moderator Fluid Field and Temperature Field;
先进CANDU型反应堆慢化剂流场和温度场的数值研究
Research on Heat Removal Capability for Passive Moderator Residual Heat Removal System of TACR-1000 when Station Black-Out Accident;
全厂断电事故时TACR-1000非能动慢化剂余热排出系统排热能力研究
Moderators work at temperature between 650℃ and 750℃ in space piles, in this case, zirconium hydride (atom ratio of H/Zr >1.
在空间堆中,慢化剂的工作温度范围为650～750℃,而在此温度下,H Zr原子比大于1。