摘要:
An electrode is provided which is formed by the metallurgical bonding technique of diffusion bonding the backplate, conductor elements and electrode surface together, then applying the catalytic coating to the electrode surface, and bonding the backplate to an electrical conducting plate.
摘要:
Improved aluminum alloys are disclosed which are particularly useful as foil material in electrical capacitors. These alloys may contain either titanium in an aluminum base or a titanium and boron mixture in an aluminum base. The particular combination of titanium and boron presents a greater increase in capacitance in foil formed from this alloy than the increase in capacitance due to titanium or boron alone. Particular processing of such alloys is also disclosed.
摘要:
A composite aluminum base alloy foil is described which is particularly useful as foil material in electrical capacitors. The composite is based on the use of a relatively lower purity, inexpensive core material clad on both sides with a relatively higher purity, more expensive cladding material.
摘要:
An electrolytic cell is provided with electrodes which are inserted within electrode frames with internal flow conduits and which are formed by metallurgical bonding, and the use of adhesives and an electrical resistance lowering conductive compound between contact surfaces.
摘要:
A particular aluminum base alloy system which utilizes gallium as an alloying element is described and is particularly useful as foil material in electrical capacitors. The addition of the small amount of gallium to the alloy system provides foil produced from the alloy with a significant increase in capacitance properties. A particular processing scheme for producing foil from this alloy system is also disclosed.
摘要:
High strength extrudable and readily weldable aluminum base alloys are prepared comprising 0.9-1.5% magnesium, 0.4-0.8% silicon, and 0.9-1.5% copper, which may also include optional elements such as manganese, iron, and chromium, wherein the silicon content must not exceed the sum of 0.58 .times. magnesium content plus 0.25 .times. the manganese plus iron contents and the copper content must not exceed the sum of magnesium plus silicon contents. Such alloys display improved retention of strength properties after being subjected to welding conditions.