铜模

本文采用铜模喷铸法成功制备了直径为2mm的Mg-Li-Cu-Y系块体非晶合金。

In this paper , Mg-Li-Cu-Y bulk amorphous alloys with diameter of 2 mm have been successfully fabricated by copper mold injection-casting method .

采用铜模吸铸法制备了直径为5mm、长度达100mm的Pr55Al12Fe30Cu3大块金属玻璃。

Cylindrical Pr 55 Al 12 Fe 30 Cu 3 specimens of 5 mm in diameter and 100 mm in length were prepared by copper mold suction casting .

悬浮熔炼-铜模吸铸法制备Cu（50）Zr（42）Al8块状金属玻璃

Preparation of bulk metallic glass Cu_ ( 50 ) Zr_ ( 42 ) Al_8 by means of suspend melting-copper mold suction casting

用单辊甩带法和铜模铸造法制备了新型Ti基大块金属玻璃Ti53Cu27Ni12Hf3Al7Si3B1。

New Ti based metallic glass with the composition of Ti_ ( 53 ) Cu_ ( 27 ) Ni_ ( 12 ) Hf_3Al_7Si_3B_1 was prepared by melt-spinning and copper mold casting method .

介质对合金的细化效果依Na、Sn、Zn的次序依次减弱，而铜模对铸件的细化能力在Na和Sn之间。

The effect of refining on the microstructures was weakened in the order : sodium , tin , and then zinc . The refining ability of copper was between sodium and tin .

用铜模快冷法制备均质Al-In过偏晶合金均相催化剂的固载化研究

Preparation of homogeneous Al-In hyper - Monotectic Alloys with copper mould rapid solidification method

用铜模喷铸法成功地制备了直径为3mm、成分为Mg65Cu25Gd10（原子百分比）的块体非晶合金样品。

Mg65Cu25Gd10 ( at . % ) bulk metallic glass with a diameter of 3 mm was prepared by injection casting .

KME在开发和生产连续铸钢用的铜模件方面树立起一座里程碑。

KME set milestones in the development and production of copper moulds for the continuous casting of steel .

以铜模铸造大块非晶合金（Mg-Cu-Y）的试验为例，探讨了镁合金的非晶化能力和制备方法。

Based on an example of foundry process of the bulk Mg-Cu-Y amorphous alloy , the amorphous capacity and fabrication method of Mg - alloy was discussed .

采用低纯度的原料，通过电弧熔炼铜模铸造法制备了直径达10mm的Zr56.6Cu17.3Ni12.5Al9.6Ti4非晶合金圆棒。

Bulk Zr_ ( 56.6 ) Cu_ ( 17.3 ) Ni_ ( 12.5 ) Al_ ( 9.6 ) Ti_4 amorphous rod of 10 mm in diameter was made by arc melt and copper mold cast method using lower purity materials .

采用电弧熔炼母合金、普通铜模吸铸工艺，制备出尺寸规格为20mm×10mm×1mm的板状Fe-Co-Zr-Mo-W-B系Fe-基大块非晶合金。

With processes of arc melting alloy ingots and conventional copper mold suction casting , a plate Fe-based bulk amorphous alloy in Fe-Co-Zr-Mo-W-B system of the size of 20mm × 10mm × 1mm was prepared successfully .

围绕这一目标论文主要进行了以下工作：（1）分别利用熔体旋淬法和铜模铸造法制备Fe36Co36Si4B20Nb4非晶条带和直径为2mm的杆状非晶合金。

Based on this goal , this article contains the following works : Fe36Co36Si4B20Nb4 amorphous ribbons and 2 mm bulk amorphous rod were prepared by melt spinning method and copper mold casting method respectively .

在空气中采用普通铜模浇铸法制备了两种成分的Mg-Cu-Al-Y金属玻璃复合材料（Mg65Cu23Al2Y10和Mg65Cu20Al5Y10）试样。

Mg-Cu-Al-Y metallic glass matrix composites ( Mg65Cu23Al2Y10 , Mg65Cu20Al5Y10 ) were prepared by a method of pouring melted alloy into copper mould in the air .

采用水冷铜坩埚-铜模吸铸法成功制备了底部直径10mm、长度80mm的Cu50Zr42Al8圆锥形块体非晶试样。

Bulk Cu_ ( 50 ) Zr_ ( 42 ) Al_ ( 8 ) coniform amorphous samples ( 10 mm in bottom diameter and 80 mm in length ) were successfully prepared with water-cooled copper crucible and cooper mold suck cast .

铜模振动铸造法制备镁基大块金属玻璃研究

Preparation of Bulk Mg - based Amorphous with Shaking Copper Mold Casting Method

非真空熔炼下负压铜模吸铸制备块体非晶合金

Preparation of Bulky Amorphous Alloy by Suction Casting with Copper Mould under Non-vacuum Melting Conditions

以铜模铸造法制备的铁基大块非晶合金为例，列出了该材料的一些实验数据。

The experimental data of bulk Fe-based amorphous alloys prepared by copper mold casting were listed .

采用不同配比的保护气体，在水冷铜模中堆焊焊缝金属，获得不同扩散氢含量的熔敷焊缝试棒。

Deposit metal samples are prepared by GMAW shielded with different gases in copper mould with water cooling .

结果表明：采用二次熔炼铜模浇铸的铸锭方式可以获得均匀、细小的共晶组织；

The results show that : secondary melting process and cooling in copper mould can achieve homogeneous fine microscopic structure .

氩弧熔化时分别选用水冷铜模和石墨坩埚做反应容器，设置不同的焊接电流和持续时间。

Select water-cooled copper mold and graphite crucible as the reaction vessel , and set different welding current and duration of preparation .

然后他解释了其中的原因：原来当地建有一个大型铜模厂，多年来毁掉了周边的自然环境。

Then he explains thatthe reason for all this is a large copper molding factory which has poisonedthe local nature for years .

此外，与实验结果相比较，石墨模的模拟结果较为理想，而水冷铜模却偏差较大。

Besides , the simulation results of the graphite mold are ideal , but the results of water-cooled copper mold had a larger deviation .

实验制得的6个铸锭的反偏析程度不能满足使用要求，水冷铜模铸锭偏析程度更为剧烈。

The inverse segregation of six ingots could not meet the requirements , and the segregation of the ingots of water-cooled copper mold is more intense .

云南铜业股份公司为了满足新建的九、十跨艾萨电解需要，重新设计阳极板母模，即铜模。

In order to meet the Isaac electrolysis needs of the NO.9 and NO.10 which new build , Yunnan Copper Limited Company re-designed anode plate mold , which called copper mold .