Because of its high melting point (2976C) tantalum has received consideration as a structural material in nuclear reactors which operate at high temperatures. Corrosion and erosion studies of tantalum in a hot loop have been carried out using a bismuth-uranium alloy as the circulating fuel-coolant, but comparatively little information is available on the mechanical properties of tantalum, particularly on the creep resistance at high temperatures. Therefore, a program of determining some of these properties was undertaken by Nuclear Engineering Group I, and preliminary studies of the creep behavior of tantalum are reported herein
This report investigates the mechanical behavior of tantalum T-111 alloy at high temperatures and ul...
Icreep tests of 1000 hours and greater were conducted at 20000 and 22000 F on six commercially avail...
Niobium, tantalum, yttrium, and Inconel have been used to contain molten aluminum, lead, tin, zinc, ...
A model for the creep of tantalum at elevated temperature has been presented in which the increase i...
Ultrahigh vacuum creep tests were performed on tungsten, molybdenum, and tantalum alloys to develop ...
Creep and creep-rupture tests were performed at 1200 F in the helium on arc-cast and on sintered rol...
High vacuum creep tests on the tantalum T-222 alloy at 0.42 to 0.52 T sub m show that the major port...
Mechanical properties determined for precipitation hardened tantalum base alloy /ASTAR-811C/ for pot...
Refractory alloy creep test data for molybdenum base alloy TZM, pure tantalum, and tantalum base all...
Ultrahigh vacuum creep properties of niobium and tantalum alloys at high temperature
Mechanical behavior of tantalum T-111 alloy at high temperatures and ultrahigh vacuu
Unalloyed tantalum tensile properties and safety profile at very high temperature
"Chemistry-General (UC-4) TID 4500, August 1, 1959.""April 1960.""Ames Laboratory at Iowa State Univ...
Creep analysis of refractory metal alloys at high temperatures under ultrahigh vacuum condition
Five experimental tantalum alloy compositions containing 13-18% W+Re+Hf solid solution solute additi...
This report investigates the mechanical behavior of tantalum T-111 alloy at high temperatures and ul...
Icreep tests of 1000 hours and greater were conducted at 20000 and 22000 F on six commercially avail...
Niobium, tantalum, yttrium, and Inconel have been used to contain molten aluminum, lead, tin, zinc, ...
A model for the creep of tantalum at elevated temperature has been presented in which the increase i...
Ultrahigh vacuum creep tests were performed on tungsten, molybdenum, and tantalum alloys to develop ...
Creep and creep-rupture tests were performed at 1200 F in the helium on arc-cast and on sintered rol...
High vacuum creep tests on the tantalum T-222 alloy at 0.42 to 0.52 T sub m show that the major port...
Mechanical properties determined for precipitation hardened tantalum base alloy /ASTAR-811C/ for pot...
Refractory alloy creep test data for molybdenum base alloy TZM, pure tantalum, and tantalum base all...
Ultrahigh vacuum creep properties of niobium and tantalum alloys at high temperature
Mechanical behavior of tantalum T-111 alloy at high temperatures and ultrahigh vacuu
Unalloyed tantalum tensile properties and safety profile at very high temperature
"Chemistry-General (UC-4) TID 4500, August 1, 1959.""April 1960.""Ames Laboratory at Iowa State Univ...
Creep analysis of refractory metal alloys at high temperatures under ultrahigh vacuum condition
Five experimental tantalum alloy compositions containing 13-18% W+Re+Hf solid solution solute additi...
This report investigates the mechanical behavior of tantalum T-111 alloy at high temperatures and ul...
Icreep tests of 1000 hours and greater were conducted at 20000 and 22000 F on six commercially avail...
Niobium, tantalum, yttrium, and Inconel have been used to contain molten aluminum, lead, tin, zinc, ...