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李晓杰,陈翔,李科斌,闫鸿浩,王小红.钨锡复合粉末的制备与爆炸压实[J].稀有金属材料与工程(英文),2019,48(3):782~787.[Xiaojie Li,Xiang Chen,Kebin Li,Honghao Yan and Xiaohong Wang.Fabrication of tungsten–tin alloy powder and consolidate it by explosive consolidation[J].Rare Metal Materials and Engineering,2019,48(3):782~787.]
Fabrication of tungsten–tin alloy powder and consolidate it by explosive consolidation
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Received:September 10, 2017  Revised:September 22, 2017
Key words: explosive consolidation  tungsten–tin composite  welding  powder metallurgy
Foundation item:国家自然科学基金项目(面上项目,重点项目,重大项目)
Author NameAffiliation
Xiaojie Li,Xiang Chen,Kebin Li,Honghao Yan and Xiaohong Wang  
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      This paper aimed to use explosive consolidation to fabricate tungsten–tin alloy powder. The tungsten–tin alloy powder was prepared at first. In order to obtain tungsten–tin alloy powder, the weldability between tungsten and tin was studied. The tungsten–tin interface did not show any crack, indicating the successful welding of tungsten and tin. Result provided basis for producing tungsten–tin alloy powder. The Vickers hardness (HV) is very important to explosive consolidation. In order to obtain HV of the tungsten–tin alloy material, the tungsten–tin powder was consolidated by explosive consolidation. The detonation velocity (DC-J) of ammonium nitrate fuel oil (ANFO) was measured by continuous velocity probe. The detonation pressure (PC-J) was approximately 3.24 GPa simulated by DC-J. The density of the consolidated tungsten–tin alloy block was 16.017 g cm-3. The hardness values of the tungsten–tin alloy block were in the range of 210–247 HV.