Inconel 693 alloy is a potential nuclear waste vitrification electrode material. The resistance
to oxidation at high temperatures can affect the service life of the vitrification process …

This paper reports the precipitation behaviour of γ′ phase in the newly developed Ni-base
superalloy Alloy 693. Precipitation of γ′ particles is studied at different temperatures …

Alloy 693 is a precipitation hardenable nickel base superalloy containing about 30% Cr, 4%
Fe, 4% Al, 1.5% Nb and 0.3% Ti (in wt.%). At elevated temperatures, alloy precipitates out …

Management of nickel–based radioactive metallic wastes is a difficult issue. To arrest the
release of hazardous material to the environment it is proposed to develop perovskite …

The nuclear energy sector makes use of a variety of materials for different functions. These
are mostly alloys with different metals, some compounds of elements all mostly in solid state …

The changes occurring in Ni based austenitic Alloy 693 on interaction with alkali borosilicate
glass at 1273 K for different time periods was studied. Formation of α-Al 2 O 3 and Cr 2 O 3 …

Microstructural and surface characterization of Ni-based alloys viz. Alloy 690, Alloy 693 and
Ni-17 wt.% Mo-7wt.% Cr exposed to molten FLiNaK salt under air atmosphere at 973 K was …

This paper reports the dimensional change behavior of nickel based superalloy Alloy 693.
Alloy 693 is a newly developed gamma prime (γ') precipitate hardened Nickel-Chromium …

Isothermal time-temperature-hardness behavior for Ni 3 Al type phase in austenitic
superalloy 693 was investigated by micro hardness measurements of the aged specimens …

Stalagmites and stalactites, as observed within natural caves, may develop inside
geological repositories during constructional and post-operational periods. It is therefore …