FIELD: refractory materials. SUBSTANCE: article of metal alloy based on tantalum or niobium contains 25-1000 ppm silicon and 25-1000 ppm molybdenum. EFFECT: improved stretching strength, workability, and high temperature resistance due to small and uniform particle size. 10 cl, 1 dwg
| Title |
Year |
Author |
Number |
| MALLEABLE METAL ALLOYS AND METAL ALLOY WIRE |
1992 |
- Prabkhat Kumar[Us]
- Charl'Z Ehdvard Moshejm[Us]
|
RU2103408C1 |
| METHOD OF PRODUCTION OF TANTALUM POWDER |
1991 |
|
RU2089350C1 |
| METAL CYLINDRICAL FIBERS, METAL-FIBER BOUND BODY, MANUFACTURING PROCESSES FOR METAL CYLINDRICAL FIBERS AND BOUND BODY |
1992 |
|
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| TANTALUM-SILICON ALLOY, PRODUCTS CONTAINING IT, AND A METHOD FOR PREPARING ALLOYS |
1999 |
- Kh'Jubert Luis E. Ml.
- Mikhaljuk Kristofer A.
|
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| HIGH-PURITY TANTALUM AND ARTICLES CONTAINING SUCH TANTALUM SIMILAR TO SPRAYING TARGETS |
1999 |
- Mikhaljuk Kristofer A.
- Magvajr Dzhejms D. Ml.
- Kochak Mark N.
- Kh'Juber Luis E. Ml.
|
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| METHOD OF MONITORING CONTENT OF OXYGEN IN MATERIALS CONTAINING METAL USED IN ELECTRONIC DEVICES (VERSIONS), METHOD OF PRODUCTION OF SUCH MATERIAL AND METHOD OF MAKING ANODE FROM METAL USED IN ELECTRONIC DEVICES |
1997 |
|
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| METHOD FOR PRODUCTION OF LOW-LOSS CAPACITORS FROM ALKALI MATERIAL, TANTALUM POWDER, AND CAPACITOR |
1994 |
|
RU2154871C2 |
| METHOD OF FORMATION OF DEFORMED METAL PRODUCT FROM CONSUMABLE ELECTRODE, ITS VERSION, INGOT, DEFORMED METAL PRODUCT AND CONSUMABLE ELECTRODE |
1994 |
- Robert K.Inglman
- Dzhon G.Fisher
- Charlz Khitli
- Luis Khuber
- Prabkhat Kumar
|
RU2139948C1 |
| OXIDATION-RESISTANT ALLOY (VARIANTS) |
1991 |
- Dzhon Skott Smit[Us]
- Darrel Franklin Smit
- Roneldo Li Fisher[Us]
- Karl Ehndrju Khek[Us]
|
RU2088684C1 |
| METHOD FOR PARTIAL METAL OXIDE REDUCTION AND METAL OXIDE WITH LOWERED OXYG EN CONTENT |
1999 |
|
RU2230031C2 |
