Add to ORKGHigh-temperature tensile and thermal-shock investigations were conducted on beryllium oxide and beryllium oxide plus columbium metal additions. X-ray diffraction and metallographic results are given. The tensile strength of 6150 pounds per square inch for beryllium oxide at 1800 degrees F compared favorably with the zirconia bodies previously tested. Additions of 2, 5, 8, 10, 12, and 15 percent by weight of columbium metal failed to improve the shock resistance over that of pure beryllium oxide
Beryllium is a material extensively used in various particle accelerator beam lines and target facil...
A technique for the extrusion and sintering of beryllium oxide to produce high density, fine-grained...
The elevated-temperature mechanical properties of beryllium were enhanced by forming dispersed-phase...
High-temperature tensile and thermal-shock investigations were conducted on beryllium oxide and bery...
S>The problem of fracture of solid cylinders of BeO due to stresses induced by transient temperature...
The mechanical strength of hot-pressed and cold-pressed and sintered dispersions of (U,Th)O2 in BeO ...
Beryllium has been chosen as a plasma facing material for the first wall of the experimental fusion ...
The elevated temperature tensile properties of hot-pressed QMV beryllium have been studied from 250-...
The effect of variations in temperature, pressure and pressure cycle on the density vs grain size re...
Melting and solidification of a beryllium alloy containing 1.5% BeO by weight in the weightless envi...
S>The primary objective of the literature search was to determine the best values for the properties...
As part of an investigation by the National Aeronautics and Space Administration to determine the re...
In recent years, beryllium oxide has been widely utilized in multiple compact nuclear reactors as th...
Specimens of 0.428 to 1.18 in. dia. BeO were irradiated at 1.4 x 10/sup 20/ to 2.8 x 10/sup 21/ fast...
Four sulphate-derived beryllia powders from three different commercial sources have been isostatical...
Beryllium is a material extensively used in various particle accelerator beam lines and target facil...
A technique for the extrusion and sintering of beryllium oxide to produce high density, fine-grained...
The elevated-temperature mechanical properties of beryllium were enhanced by forming dispersed-phase...
High-temperature tensile and thermal-shock investigations were conducted on beryllium oxide and bery...
S>The problem of fracture of solid cylinders of BeO due to stresses induced by transient temperature...
The mechanical strength of hot-pressed and cold-pressed and sintered dispersions of (U,Th)O2 in BeO ...
Beryllium has been chosen as a plasma facing material for the first wall of the experimental fusion ...
The elevated temperature tensile properties of hot-pressed QMV beryllium have been studied from 250-...
The effect of variations in temperature, pressure and pressure cycle on the density vs grain size re...
Melting and solidification of a beryllium alloy containing 1.5% BeO by weight in the weightless envi...
S>The primary objective of the literature search was to determine the best values for the properties...
As part of an investigation by the National Aeronautics and Space Administration to determine the re...
In recent years, beryllium oxide has been widely utilized in multiple compact nuclear reactors as th...
Specimens of 0.428 to 1.18 in. dia. BeO were irradiated at 1.4 x 10/sup 20/ to 2.8 x 10/sup 21/ fast...
Four sulphate-derived beryllia powders from three different commercial sources have been isostatical...
Beryllium is a material extensively used in various particle accelerator beam lines and target facil...
A technique for the extrusion and sintering of beryllium oxide to produce high density, fine-grained...
The elevated-temperature mechanical properties of beryllium were enhanced by forming dispersed-phase...