Glassy phases which have insulating character exist for a variety of monatomic species. By contrast, until recently, it has been possible to make bulk metallic glasses (BMG) by vitrification only for multicomponent systems. After a relatively brief summary on supercooling of a few molecular liquids, we review some of the recently reported results on molecular assemblies of the series N, P, As and amorphous Si and Ge. Based on these results, we suggest that the transition metals with their directional bonding might be suitable candidates for the production of BMG by vitrification
Due to their brittleness, bulk metallic glasses (BMG) are generally difficult to form at room temper...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
International audienceUsing aerodynamic levitation, vitrification of a ternary Zr-Cu-Al alloy was ob...
Glassy phases which have insulating character exist for a variety of monatomic species. By contrast,...
Although the majority of glasses in use in technology are complex mixtures of oxides or chalcogenide...
Some general principles underlying the possibility of vitrifying a randomly chosen molecular substan...
During the last two decades, researchers have developed families of metal alloys that exhibit except...
It is generally accepted that good glass formers have a high thermal stability against crystallizati...
International audienceLike non-metallic glasses, many bulk metallic glasses manifest a glass-transit...
Bulk metallic glasses (BMGs) have great potentials because of their unique outstanding mechanical an...
International audienceAll materials are vitrified by fast quenching even monoatomic substances. Seco...
The earliest studies of amorphous superconductors were carried out twenty-five years ago on thin fil...
All materials are vitrified by fast quenching even monoatomic substances. Second melting temperature...
To Turnbull’s study of the kinetic problem of nucleation and growth of crystals, we add the further ...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
Due to their brittleness, bulk metallic glasses (BMG) are generally difficult to form at room temper...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
International audienceUsing aerodynamic levitation, vitrification of a ternary Zr-Cu-Al alloy was ob...
Glassy phases which have insulating character exist for a variety of monatomic species. By contrast,...
Although the majority of glasses in use in technology are complex mixtures of oxides or chalcogenide...
Some general principles underlying the possibility of vitrifying a randomly chosen molecular substan...
During the last two decades, researchers have developed families of metal alloys that exhibit except...
It is generally accepted that good glass formers have a high thermal stability against crystallizati...
International audienceLike non-metallic glasses, many bulk metallic glasses manifest a glass-transit...
Bulk metallic glasses (BMGs) have great potentials because of their unique outstanding mechanical an...
International audienceAll materials are vitrified by fast quenching even monoatomic substances. Seco...
The earliest studies of amorphous superconductors were carried out twenty-five years ago on thin fil...
All materials are vitrified by fast quenching even monoatomic substances. Second melting temperature...
To Turnbull’s study of the kinetic problem of nucleation and growth of crystals, we add the further ...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
Due to their brittleness, bulk metallic glasses (BMG) are generally difficult to form at room temper...
Grain size refinement is a well known technique to improve mechanical properties of metallic alloys....
International audienceUsing aerodynamic levitation, vitrification of a ternary Zr-Cu-Al alloy was ob...