It is shown that codeposition of silver and germanium from a cyanide bath at a pH of 8.12 leads to the formation of h.c.p. metastable phase. This electrodeposited phase is found to be identical with that obtained by rapid solidification of Ag-Ge alloys
This paper reports on the formation of metastable $\pi$ phase on mechanical alloying of elemental Ag...
Electrochemical instabilities and potential oscillations with very high amplitude of up to about 800...
We report on results of the measurement of the linear specific-heat coefficient, the magnetic sucept...
The decomposition behaviour of the metastable h.c.p. phase in a splat- cooled silver-23 at. % german...
A comparative study of the phases in cast and electrodeposited silver- zinc alloys has been made by ...
The structure of laser-irradiated regions in a silver-21 at. % germanium alloy was studied by X-ray ...
By electrodeposition it is possible to obtain alloy phases of metastable structure; these phases may...
The solid solubility limits of the electrolytic silver-copper alloys deposited at constant cathode p...
The electrochemical method of detection of phases transformations in amalgams during a monotherm ele...
Metastable solid solutions were obtained at compositions across the entire range from 0 at. % Ag;Cu ...
Extremely rapid solidification of a Ag-15 at.% Ge alloy results in the formation of a highly irregul...
In this paper we report the mechanical alloying behaviour of elemental aluminium with diamond cubic ...
Cu-Ag alloys are promising materials for electrical interconnections due to their combination of hig...
The formation and decomposition behaviours of metastable solid solutions in liquid-quenched and vapo...
In this paper the results of a detailed investigation on the metastable phase relations in undercool...
This paper reports on the formation of metastable $\pi$ phase on mechanical alloying of elemental Ag...
Electrochemical instabilities and potential oscillations with very high amplitude of up to about 800...
We report on results of the measurement of the linear specific-heat coefficient, the magnetic sucept...
The decomposition behaviour of the metastable h.c.p. phase in a splat- cooled silver-23 at. % german...
A comparative study of the phases in cast and electrodeposited silver- zinc alloys has been made by ...
The structure of laser-irradiated regions in a silver-21 at. % germanium alloy was studied by X-ray ...
By electrodeposition it is possible to obtain alloy phases of metastable structure; these phases may...
The solid solubility limits of the electrolytic silver-copper alloys deposited at constant cathode p...
The electrochemical method of detection of phases transformations in amalgams during a monotherm ele...
Metastable solid solutions were obtained at compositions across the entire range from 0 at. % Ag;Cu ...
Extremely rapid solidification of a Ag-15 at.% Ge alloy results in the formation of a highly irregul...
In this paper we report the mechanical alloying behaviour of elemental aluminium with diamond cubic ...
Cu-Ag alloys are promising materials for electrical interconnections due to their combination of hig...
The formation and decomposition behaviours of metastable solid solutions in liquid-quenched and vapo...
In this paper the results of a detailed investigation on the metastable phase relations in undercool...
This paper reports on the formation of metastable $\pi$ phase on mechanical alloying of elemental Ag...
Electrochemical instabilities and potential oscillations with very high amplitude of up to about 800...
We report on results of the measurement of the linear specific-heat coefficient, the magnetic sucept...
DOI
Add to ORKG