1) hot mould
热铸型
2) heated-mold continuous casting
热型连铸
1.
Cu-Sn alloy wires were prepared by the "heated-mold continuous casting+cold deformation+ recrystalliza- tion annealing + cold deformation" technics.
通过"热型连铸法+冷拔+再结晶退火+冷拔"工艺制备的Cu-0。
2.
The contrast of heated-mold continuous casting of copper rod experiments on two different structural molds were carried out.
用两种结构铸型进行了热型连铸铜杆对比试验研究,结果表明,提高铸型温度梯度有利于稳定固液界面的位置,从而扩大热型连铸工艺参数配合的范围。
3.
By approprizte process parameters,the Al-1%Si alloy wire with good surface quality and unidirectional dendritic crystal was fabricated on the self-made horizontal heated-mold continuous casting equipment.
在自制的水平热型连铸设备上,采用一定的工艺参数,制备出了表面呈镜面,内部组织沿轴向定向排列的柱状晶Al-1%Si线材,其与金属型生产的多晶线材相比,屈服强度提高40%,伸长率提高35。
3) Heated mold continuous casting
热型连铸
1.
Research in mechanical properties of heated mold continuous casting Cu-Al-Be super-elastic alloy wires;
热型连铸Cu-Al-Be超弹性合金丝机械性能的初步研究
2.
The cold-working property of Cu-Al-Mn superelasticalloy cast by heated mold continuous casting;
热型连铸超弹性Cu-Al-Mn合金的冷加工性能
3.
Effects of Ti addition on grain growth of Cu-Al-Ni alloy cast by heated mold continuous casting process;
Ti对热型连铸Cu-Al-Ni合金晶粒长大的阻碍作用
4) OCC
热型连铸
1.
Numerical Simulation of Influence of Processing Parameters on the Position and Shape Features of Liquid-solid Interface in Ohno Continuous Casting (OCC);
热型连铸工艺参数对液固界面形状位置特性影响的仿真
2.
Application of PLC in Temperature Control Systems of OCC;
PLC在热型连铸温度控制系统中的应用
3.
The Mg-Al eutectic alloy wires with 5 mm diameter were manufactured successfully using Ohno Continuous Casting(OCC).
利用热型连铸法(OCC),成功拉制出φ5 mm的Mg-Al共晶合金线材。
5) Heated Mould Continuous Casting
热型连铸
1.
3-D Simulation of Microstructure of Pure Cu in Heated Mould Continuous Casting;
纯铜热型连铸过程三维微观组织模拟
2.
Numerical Simulation of Microstructure Formation during Solidification Process in Heated Mould Continuous Casting;
热型连铸凝固过程微观组织形成的数值模拟
3.
Numerical Simulation of Temperature Field and Grain Structure in Cu-10Al Alloy Produced by Heated Mould Continuous Casting
热型连铸Cu-10Al合金温度场及晶粒结构的数值模拟
6) Ohno Continuous Casting
热型连铸
1.
Process Problems and Defects in Ohno Continuous Casting Pure Copper;
纯铜热型连铸的工艺问题与缺陷
2.
Two-dimensional steady-state heat-transfer model of ohno continuous casting process;
热型连铸过程的二维稳态传热模型
3.
Research and Design of the Control System on Copper Base Memory Alloy s Ohno Continuous Casting Equipment;
铜基记忆合金热型连铸设备控制系统的研究与设计
补充资料：改性聚甲基丙烯酸甲酯(铸型)
分子式：
CAS号：
性质： 一种或几种性能得到改善的聚甲基丙烯酸甲酯板材。改性方法分两类：化学改性，主要是共聚和交联；物理改性，主要是加入添加剂、共混、表面涂层、拉伸定向和研磨抛光等。经改性后其一种或几种性能可明显改善，往往成为有特种功能的有机玻璃，如耐热、耐磨、抗冲有机玻璃等。根据不同的特种功能，应用于不同的场合。
CAS号：
性质： 一种或几种性能得到改善的聚甲基丙烯酸甲酯板材。改性方法分两类：化学改性，主要是共聚和交联；物理改性，主要是加入添加剂、共混、表面涂层、拉伸定向和研磨抛光等。经改性后其一种或几种性能可明显改善，往往成为有特种功能的有机玻璃，如耐热、耐磨、抗冲有机玻璃等。根据不同的特种功能，应用于不同的场合。
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