Abstract
Consideration is given to the process of the formation of a titanium sponge alloyed with niobium or tantalum, in the joint metallic reduction of titanium, niobium and tantanum chlorides. A percentage composition of the phases observed and the structure of the alloyed sponge have been studied. It is shown that after one remelting operation of the alloyed sponge the alloys of titanium with niobium and tantalum have a uniform component distribution. At the stage of chloride reduction there appear solid solutions based on titanium and an alloying component. The stage of vacuum separation of the reaction mass is associated with a mutual dissolution of the primary phases and the formation of the solid solutions of the alloyed titanium sponge, which, by their composition, are close to the desired alloy composition. The principal features of the formation of a titanium sponge alloyed with niobium and tantalum are in a perfect agreemet with those typical of Ti-Mo and Ti-W sponges, therefore it can be assumed that these features will be also common to the other cases of the metallic reduction of titanium and refractory metals chlorides.
Citation Formats
Reznichenko, V A, Goncharenko, T V, Khalimov, F B, and Voitechova, E A.
Production of titanium alloys with uniform distribution of heat resisting metals.
USSR: N. p.,
1976.
Web.
Reznichenko, V A, Goncharenko, T V, Khalimov, F B, & Voitechova, E A.
Production of titanium alloys with uniform distribution of heat resisting metals.
USSR.
Reznichenko, V A, Goncharenko, T V, Khalimov, F B, and Voitechova, E A.
1976.
"Production of titanium alloys with uniform distribution of heat resisting metals."
USSR.
@misc{etde_6790991,
title = {Production of titanium alloys with uniform distribution of heat resisting metals}
author = {Reznichenko, V A, Goncharenko, T V, Khalimov, F B, and Voitechova, E A}
abstractNote = {Consideration is given to the process of the formation of a titanium sponge alloyed with niobium or tantalum, in the joint metallic reduction of titanium, niobium and tantanum chlorides. A percentage composition of the phases observed and the structure of the alloyed sponge have been studied. It is shown that after one remelting operation of the alloyed sponge the alloys of titanium with niobium and tantalum have a uniform component distribution. At the stage of chloride reduction there appear solid solutions based on titanium and an alloying component. The stage of vacuum separation of the reaction mass is associated with a mutual dissolution of the primary phases and the formation of the solid solutions of the alloyed titanium sponge, which, by their composition, are close to the desired alloy composition. The principal features of the formation of a titanium sponge alloyed with niobium and tantalum are in a perfect agreemet with those typical of Ti-Mo and Ti-W sponges, therefore it can be assumed that these features will be also common to the other cases of the metallic reduction of titanium and refractory metals chlorides.}
journal = []
volume = {6}
journal type = {AC}
place = {USSR}
year = {1976}
month = {Jan}
}
title = {Production of titanium alloys with uniform distribution of heat resisting metals}
author = {Reznichenko, V A, Goncharenko, T V, Khalimov, F B, and Voitechova, E A}
abstractNote = {Consideration is given to the process of the formation of a titanium sponge alloyed with niobium or tantalum, in the joint metallic reduction of titanium, niobium and tantanum chlorides. A percentage composition of the phases observed and the structure of the alloyed sponge have been studied. It is shown that after one remelting operation of the alloyed sponge the alloys of titanium with niobium and tantalum have a uniform component distribution. At the stage of chloride reduction there appear solid solutions based on titanium and an alloying component. The stage of vacuum separation of the reaction mass is associated with a mutual dissolution of the primary phases and the formation of the solid solutions of the alloyed titanium sponge, which, by their composition, are close to the desired alloy composition. The principal features of the formation of a titanium sponge alloyed with niobium and tantalum are in a perfect agreemet with those typical of Ti-Mo and Ti-W sponges, therefore it can be assumed that these features will be also common to the other cases of the metallic reduction of titanium and refractory metals chlorides.}
journal = []
volume = {6}
journal type = {AC}
place = {USSR}
year = {1976}
month = {Jan}
}