Study on Producion Technique for Ni-V Master Alloy

Li Decheng   Zhao Fangxin  Li Yusheng

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Study on Producion Technique for Ni-V Master Alloy
Issue 2, Pages: 15-16(2001)
Published： 2001 ，
DOI：

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[1]李德成,赵芳欣,李玉胜,赵群,邱竹贤.Ni-V中间合金制造工艺研究[J].特种铸造及有色合金,2001(02):15-16+5.

Li Decheng Zhao Fangxin Li Yusheng. Study on Producion Technique for Ni-V Master Alloy. [J]. Special Casting & Nonferrous Alloys (2):15-16(2001)
[1]李德成,赵芳欣,李玉胜,赵群,邱竹贤.Ni-V中间合金制造工艺研究[J].特种铸造及有色合金,2001(02):15-16+5. DOI：

Li Decheng Zhao Fangxin Li Yusheng. Study on Producion Technique for Ni-V Master Alloy. [J]. Special Casting & Nonferrous Alloys (2):15-16(2001) DOI：

摘要

利用工业V2 O5和铝粉通过还原反应制取w（V） =96%的粗钒。在真空感应炉中

真空度高于 1.3 3× 10 -2 Pa

将电解镍与粗钒熔炼成Ni4 0 V60 合金

在 180 0～ 2 0 0 0℃精炼约 3 0min后于真空状态注入紫铜水冷锭模中

待合金锭在真空条件下凝固并冷却到 40 0℃以下时出炉

经过破碎即得到储氢材料的前驱体Ni V中间合金

Abstract

The rude V（ w （V）=96%） was prepared by reduction reaction of industrial V 2O 3 with aluminum powder.Using electrolytic nickel and rude vanadium as raw material

Ni 40 V 60 alloy is melted and refined in vacuum induction furnace with vacuum rate 1.33×10 -2 Pa at 1 800～2 000 ℃

30 min holding time and poured in water cooled copper mald.The poured ingot solidified under vacuum condition and cooled below 400 ℃ is taken out.The broken Ni V master is used for hydrogen storage material.

关键词

储氢材料NiV中间合金还原反应真空感应炉

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