1.
Variation of total oxygen in RH refining and operation improvement
RH精炼钢中全氧量变化与操作改进
2.
Study on total oxygen content and micro inclusion of bearing steel GCr15 during RH vacuum process
RH真空处理GCr15轴承钢中全氧及显微夹杂物的行为研究
3.
dead-melted steel
镇静钢, 全脱氧钢
4.
Application of Trans-1, 4-Polyisoprene and Epoxidized Trans-1, 4-Polyisoprene in All-Steel Radial Tyre
反式异戊橡胶与环氧化反式异戊橡胶在全钢子午线轮胎中的应用
5.
Control of Oxygen Content in 20CrMnTiH Gear Steel
20CrMnTiH齿轮钢中氧含量控制
6.
Let's first see how fully-killed steel is made. The oxygen in the steel is completely removed before casting.
首先让我们看镇静钢是怎样生产的。在浇注之前，钢液中的氧被全部脱去。
7.
Quick Prediction of Total Oxygen Content for Calcium Treatment Low Carbon Aluminium Killed Steel;
钙处理低碳铝镇静钢全氧含量的快速预报——兼论水口蓄流与钢中钙铝比的关系
8.
In the case of semi-killed or balanced steel, more deoxidation is carried out than with rimming steel, but not enough to completely "kill"the steel.
半镇静钢比沸腾钢脱的氧多，但又不至于使钢完全"镇静"。
9.
Study on Making Tool and Die Steels by Direct Reduction with Scheelite and Molybdenum Oxide Completely;
全白钨矿和氧化钼直接还原冶炼工模具钢研究
10.
APPLICATION OF ?168 CYCLONE-LANCE NOZZLE IN BOF STEELMAKING
φ168旋流氧枪喷头在转炉炼钢中的应用
11.
Thermal Shock Behavior of Mg-PSZ Tube for Monitoring Oxygen Dissolved in Molten Steels;
钢水定氧中Mg-PSZ管的抗热震性研究
12.
Effects of Oxygen Contents in Copper on the Diffusion Bonding Interface of Copper/Steel;
铜中的氧对铜/钢扩散复合界面的影响
13.
Total oxygen content control of ULC steel in the process of RH treatment
RH处理超低碳钢中总氧含量的控制
14.
A Model for Predicting the Total Oxygen of Steel in the Process of RH Treatment
RH处理超低碳钢中总氧含量预报模型
15.
Effect of Dissolved Oxygen on Corrosion of 20R Steel in Bio-diesel Reactor Raw Mixture
生物柴油原料中溶解氧对20R钢的腐蚀
16.
The Arrester of Oxygen Lance System’s Falling
浅谈转炉炼钢生产中的氧枪防坠装置
17.
DISCUSSION ABOUT HOW TO IMPROVE THE ACCURACY OF DETERMINATION OF OXYGEN AND NITROGEN IN STEEL
提高钢中氧氮分析准确度方法的探讨
18.
In the case of rimming steel, no or some deoxidation is carried out before casting. During the solidification in the mould carbon monoxide is formed and the gas makes the steel boils.
沸腾钢在铸锭前不脱氧或轻度脱氧。在锭模中凝固的过程中产生的一氧化碳气体使钢液沸腾。