[go: up one dir, main page]

Xu, 2001 - Google Patents

The application of waste scrap to ironmaking process

Xu, 2001

Document ID
7016687442797238537
Author
Xu G
Publication year
Publication venue
Shanghai Jinshu(Shanghai Metals)(China)

External Links

Continue reading at scholar.google.com (other versions)

Similar Documents

Publication Publication Date Title
Xu The application of waste scrap to ironmaking process
Li Some suggestions on application of rare earth in steel
Wei A new continuous steelmaking process in EAF--Consteel technique
Zajko et al. Technology of vanadium-containing ferroalloys.
Wang et al. Development of HSLA steels at the turn of the century
Xie Study on slag used in protection of converter lining by splashing slag
Li et al. Producing process of stainless steel master alloys
Tan et al. Development and application of hot slag splashing in front of EAF
Zhang Study on application of the composite slag to steelmaking by EAF
Du et al. On Erosion Of BF Lining By Titanium-Vanadium Containing Slag.
Yin Slag splashing technology for protecting lining of converter
Yang et al. Recent progress of hot metal external desulfurization
Mao Application of post-combustion to EAF steelmaking processes
Zhang et al. A new high quality charge used for EAF
Zheng et al. Energy recovery and utilization of steelmaking process
Li et al. Determination On The Solubility Of BaO-Based Slags In Water
Chen Application of metallurgical technology of powder injection on ultra-high-power EAF
Kurunov et al. Status and prospects of development of blast furnace-free metallurgy of iron
Tang et al. The Informatization And CISM/ERP System Construction In Iron And Steel Enterprises.
Zeng et al. Study on behaviors of carbon-bearing iron droplet in molten slag
Jiang et al. The production technology and application of moisture-proof lime powder with high fluidity
Su Development and perspective of technology of external treatment of hot metal
Aleshechkina et al. Steel with increased heat strength
Huang et al. Ten year's application of self-baking carbon blocks in large BF.
Cao et al. Fabricating iron powder for powder metallurgical from iron particles of rotary furnace soot