1) Rephosphorization Control
回磷控制
1.
The study on the melting property, viscosity and the ability of dephosphorization indicates that the slag shows good properties suited to dephosphorization and rephosphorization control in ladle if the composition is controlled to w(CaO+Li 2O)/w(SiO 2)=2.
为控制钢包中钢水回磷和进行炉外脱磷 ,以Li2 O作变性剂替代CaO SiO2 Fe2 O3 MnO2 MgO -P2 O5系中部分CaO ,研究了Li2 O对渣系的熔化性能、粘度和脱磷能力的影响 结果表明 ,在控制渣系组成为 :w(CaO +Li2 O) /w(SiO2 ) =2 5 ,w(Li2 O) =15 % ,w(Fe2 O3 +MnO2 ) =7% ,w(P2 O5)≤ 3%的条件下 ,该渣系熔点低、粘度适中且脱磷能力强 ,能够对钢水进行钢包中的脱磷处理和回磷控
2) restraining rephosphorization
抑制回磷
3) springback control
回弹控制
1.
Study on multi-objective optimization of stamping of the cross member based on springback control;
基于回弹控制的汽车横梁拉延成形工艺多目标优化研究
2.
The result is verified by white light scanner which shows that the springback control of product is well,and the process is capable.
以NUMISHEET’96标准考题模型S-Rail对高强板材料B410LA进行了分析,确定了凸模圆角变化,压边力变化对B410LA材料回弹的影响,并以此优化了A柱的冲压工艺,生产产品经白光扫描仪测定,回弹控制效果良好,生产工艺可行。
3.
This paper focus on springback control of HSS, summarize the reasons and influence factors of HSS springback, And give several solutions in process and design to control the springback.
文章主要针对高强板的回弹控制,概述了回弹产生的原因及影响因素的理论研究情况,从工艺及设计两方面提出了控制高强板回弹的办法,以在设计、生产中控制高强板回弹。
4) backfire control
回火控制
5) control loop
控制回路
1.
The application of self-excitation delay relay in the breaker stored energy electromotor control loop;
自励式延时继电器在断路器储能电机控制回路中的应用
2.
Study on CAD software for analyzingaerodynamic missile s control loops;
飞航导弹控制回路分析CAD软件研究
3.
Technical upgrading of control loop for CY5 hydraulic mechanism;
CY5液压机构控制回路技术改进
6) Control circuit
控制回路
1.
Some problems in spring operating mechanism and line protection control circuit;
弹簧操作机构与线路保护控制回路的几个问题
2.
Calculation on cable section of DC 110 V control circuit in substations;
对变电站110V直流电压控制回路电缆截面的计算
补充资料：回磷
rephosphorization：钢铁生产过程中已脱除的磷重新返回金属中的现象。
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