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A capacitor discharge joining technique used to fabricate alumina-titanium interlayer-alumina joint was investigated to clarify the influence of an input energy and a compressing pressure on bonding strength. A high-current pulse was generated using 8.3-μF capacitor and an Ignitron closing switch. The alumina tiles were successfully bonded when the input energy is larger than the vaporization energy...
A capacitor discharge joining technique used to fabricate alumina-metal-alumina joint was investigated with optimization of energy injected into the interlayer. This technique involves passing high-current pulses through a conductive interlayer, thus converting the solid interlayer into a liquid-vapor ''energized foil'' which wets and bonds the pieces of ceramics being joined together. The high-current...
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