1) CSP?
CSP~
2) BGA/CSP
BCA/CSP
3) EAF-CSP process
EAF-CSP流程
1.
Precipitating regulation of Nb(C,N) in Nb microalloyed steel was studied by optical microscope and chemical phase analysis method in EAF-CSP process.
运用光学显微镜、化学相分析等方法研究了EAF-CSP流程铌微合金钢中Nb(C,N)析出规律;并在Gleeble-3500热模拟实验机上实验研究了铌微合金钢的原始奥氏体再结晶规律。
2.
Niobium microalloying technology was used in developing J55 oil casing hot rolling steel strip in EAF-CSP process.
介绍了通过EAF-CSP流程采用Nb微合金化技术开发的J55钢级石油套管用热轧钢带。
3.
The rule of Nb solid solution and precipitate,principles of dissolution-precipitation of second phase particles and austenite grain coarsening by microalloyed with elements Nb and Ti in pipeline steel by EAF-CSP process were studied.
通过研究Nb的固溶、析出规律;EAF-CSP流程对含Nb钢影响;Nb,Ti微合金化的第2相粒子的固溶析出和奥氏体晶粒长大规律;成功开发出Nb,Ti微合金化的管线钢,且消除了含Nb钢的混晶问题,避免了Nb钢的铸坯裂纹,其产品的组织和性能均能满足用户要求。
4) CSP line
CSP生产线
1.
According to the traditional rolling force model of CSP line at Liansteel to be analyzed, and its some defects to be found out, in consequence Liansteel has puted forward a new rolling force model that optimied the original rolling force model.
分析了涟钢CSP生产线7机架精连轧机的板带轧制力模型,并针对其在实际生产过程中遇到的一些问题,提出了改进方案,即基于原轧制力模型进行优化,建立了新模型。
5) CSP Process
CSP工艺
1.
Evolution of Cold Rolled-Annealing Texture of CSP Process 0.04C Steel Hot Rolled Strip;
CSP工艺0.04C钢热轧板冷轧-退火织构的演变
2.
A range of chemical composition and procedures to ensure products quality and mechanical properties was put forward according to the characteristics of CSP process in Masteel.
试验结果表明,采用CSP工艺技术生产的一般强度D级碳素船体结构用钢的技术质量指标,完全能满足GB712—2000标准及船检的要求。
6) CSP sheet
CSP板卷
1.
Main factors affecting edge crack in CSP sheet are mould oscillator and secondary cooling water.
对钢中碳含量、Ca/Als、拉速、结晶器振动及二冷制度等工艺因素进行了综合分析,并从理论上对钢中氮含量、钢中铝含量及AlN质点析出等方面进行了阐述,指出了影响CSP板卷边部裂纹的主要因素是结晶器振动和二冷制度,为生产实践中减少CSP板卷边部裂纹发生指明了方向。
补充资料:BCA
分子式:C8H11NO2
分子量:153.18
CAS号:6606-65-1
性质:无色透明液体。沸点78℃(0.133kPa)。
制备方法:由氰乙酸丁酯经聚合、脱水、裂解而得。裂解所得粗单体精制后加入对苯二酚和SO2作阻聚剂,即粘合止血剂BCA。
用途:用于制备止血粘合剂,用于外科止血、缝合。遇水和具有阴离子的表面时迅速聚合。该品与石炭酸混合,用于男性输精管粘堵绝育术。同类产品有2-氰基烯丙酸异丁酯[1069-55-2]
分子量:153.18
CAS号:6606-65-1
性质:无色透明液体。沸点78℃(0.133kPa)。
制备方法:由氰乙酸丁酯经聚合、脱水、裂解而得。裂解所得粗单体精制后加入对苯二酚和SO2作阻聚剂,即粘合止血剂BCA。
用途:用于制备止血粘合剂,用于外科止血、缝合。遇水和具有阴离子的表面时迅速聚合。该品与石炭酸混合,用于男性输精管粘堵绝育术。同类产品有2-氰基烯丙酸异丁酯[1069-55-2]
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