Brazing alloys such as 48 Ti-48 Zr-4 Be (wt%) and 49 Ti-49 Cu-2 Be (wt%) have been found to readily flow on oxide and graphite ceramics. Two demonstrati on fuel element assemblies were fabricated to illustrate the usefulness of these procedures for nuclear applications. One of these assemblies contained graphite tubes and end caps which were brazed to a molybdenum hanger. The second demonstration fuel element was composed of a compartmented aluminum oxide plate to which aluminum oxide cover plates were brazed. (R.J.S.
>The basic fuel element consisted of a uniform dispersion of fuel in a 1 1/2 inch diameter graphite ...
AbstractBrazing of ceramic and metal components is an emerging manufacturing technology in which a f...
A general discussion on glaze—type coatings for fission product retention within BeO spheres fuelled...
Advanced ceramic is usually joined to metal by the well-known direct brazing process, where costly a...
The major issues involved in tlze design of brazing alloys for joining ceramics are presented. The r...
Brazed metal-ceramic components play an important role in the manufacturing of specialized scientifi...
Ceramic materials are widely used for extreme temperature conditions. The sucessful integration of c...
The furnace brazing of Zircaloy or Zircaloy-clad nuclear reactor components was investigated. The st...
Selected unclassified reports, supplementing those abstracted in TID-3059, which were available in T...
A series of experiments has been carried out on the direct brazing of metals and nonmetallic materia...
Brazing has been increasingly used to join metals to advanced ceramics. Brazing covalent materials r...
The production of important components like first walls of thermonuclear power reactors, advanced au...
Bibliography: p. 10.Army Signal Corps Contract no. W36-039-sc-32037, Project no. 102B. Dept. of the ...
The development of high-temperature electrochemical devices such as oxygen and hydrogen separators, ...
This investigation was directed toward the fabrication of a fuel element using casting and forging t...
>The basic fuel element consisted of a uniform dispersion of fuel in a 1 1/2 inch diameter graphite ...
AbstractBrazing of ceramic and metal components is an emerging manufacturing technology in which a f...
A general discussion on glaze—type coatings for fission product retention within BeO spheres fuelled...
Advanced ceramic is usually joined to metal by the well-known direct brazing process, where costly a...
The major issues involved in tlze design of brazing alloys for joining ceramics are presented. The r...
Brazed metal-ceramic components play an important role in the manufacturing of specialized scientifi...
Ceramic materials are widely used for extreme temperature conditions. The sucessful integration of c...
The furnace brazing of Zircaloy or Zircaloy-clad nuclear reactor components was investigated. The st...
Selected unclassified reports, supplementing those abstracted in TID-3059, which were available in T...
A series of experiments has been carried out on the direct brazing of metals and nonmetallic materia...
Brazing has been increasingly used to join metals to advanced ceramics. Brazing covalent materials r...
The production of important components like first walls of thermonuclear power reactors, advanced au...
Bibliography: p. 10.Army Signal Corps Contract no. W36-039-sc-32037, Project no. 102B. Dept. of the ...
The development of high-temperature electrochemical devices such as oxygen and hydrogen separators, ...
This investigation was directed toward the fabrication of a fuel element using casting and forging t...
>The basic fuel element consisted of a uniform dispersion of fuel in a 1 1/2 inch diameter graphite ...
AbstractBrazing of ceramic and metal components is an emerging manufacturing technology in which a f...
A general discussion on glaze—type coatings for fission product retention within BeO spheres fuelled...