A gas-water atomization process for producing amorphous powders
References (12)
Metallic Glasses
- et al.
Metallic Glasses
Metallic Glasses
- et al.
Trans. TMS-AIME
(1969) Rapid Solidification Processing
- et al.
Rapid Solidification Processing
Cited by (33)
Manufacturing of metallic glass components: Processes, structures and properties
2024, Progress in Materials ScienceMetallic glass-strengthened thermoplastic elastomer composites
2017, Physica E: Low-Dimensional Systems and NanostructuresCitation Excerpt :These superior mechanical properties enable them to be quite suitable as reinforcing particles to strengthen the TPEs. What's more, MG powders (MGPs) comprising micrometer-sized particles can be easily prepared by employing a gas atomization method [20]. Therefore, it is possible to develop MG/TPE composites for enhanced wear performance.
Metallic Glasses
2014, Physical Metallurgy: Fifth EditionMicrostructure and tribological properties of iron-based metallic glass coatings prepared by atmospheric plasma spraying
2014, VacuumCitation Excerpt :Fig. 1 shows a typical SEM image of feedstock powders. It can be seen that most of the feedstock particles have irregular or near-spherical shape, which conforms to the morphological features of water atomized powders [34]. Fig. 2 presents the XRD pattern of the feedstock powders.
Approach of the spark plasma sintering mechanism in Zr<inf>57</inf>Cu <inf>20</inf>Al<inf>10</inf>Ni<inf>8</inf>Ti<inf>5</inf> metallic glass
2011, Journal of Alloys and CompoundsCitation Excerpt :Main benefit for amorphous is that powder particles of few micrometers in size should be fabricated from any glass system, even those having low glass forming ability (GFA). Amorphous powders were successfully produced since the late 70s by atomization techniques (water and now gas) with an estimated quenching rate of 106 K s−1 [9]. Since then, production of bulk glasses using conventional sintering assisted by pressure techniques, such as hot extrusion [10] or hot pressing [11], has been studied.