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Based on the binary alloy phase diagram of Re-Ti, the weldability of Re and BT5-1 titanium alloy was analyzed.Using two methods of direct electron beam welding (EBW-D) and intergradation electron beam welding (EBW-I), Re andBT5-1 was welded. Experimental results show that the joint figuration of EBW-D between Re and BT5-1 is not fine, andthe joint is inclined to brittleness rupture. The joint figuration of EBW-I between Re and BT5-1 is fine. No cracking andother disfigures occur in the intergradation joint. The element distribution of Re, Me, and Ti in the weld metal is progres-sional diversification.
Based on the binary alloy phase diagram of Re-Ti, the weldability of Re and BT5-1 titanium alloy have been used. Two methods of direct electron beam welding (EBW-D) and intergradation electron beam welding (EBW-I), Re andBT5-1 was welded. Experimental results show that the joint configuration of EBW-D between Re and BT5-1 is not fine, and the joint is inclined to brittleness rupture. The joint configuration of EBW-I between Re and BT5-1 is fine . No cracking and other disfigures occur in the intergradation joint. The element distribution of Re, Me, and Ti in the weld metal is progres-sional diversification.