1995
DOI: 10.1016/0956-7151(94)00371-n
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Effect of composition on the formation and thermal stability of Ni72(Mo, Co)8B20 metallic glass

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Cited by 8 publications
(4 citation statements)
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“…A similar type of shoulder has also been found in many other glasses e.g. Fe 80 B 20 (Greer 1982), Al 75 Cu 15 V 10 (Holzer and Kelton 1991) and Ni 72 Mo 2 Co 6 B 20 (Graydon et al 1995). It was reported that the shoulder found for Fe 80 B 20 glass was due to delayed crystallization for the 10% of the ribbon nearest to the wheel, and, when crystallized, this portion showed the identical phases as were found in the bulk of the glass (Greer 1982).…”
Section: Resultssupporting
confidence: 82%
“…A similar type of shoulder has also been found in many other glasses e.g. Fe 80 B 20 (Greer 1982), Al 75 Cu 15 V 10 (Holzer and Kelton 1991) and Ni 72 Mo 2 Co 6 B 20 (Graydon et al 1995). It was reported that the shoulder found for Fe 80 B 20 glass was due to delayed crystallization for the 10% of the ribbon nearest to the wheel, and, when crystallized, this portion showed the identical phases as were found in the bulk of the glass (Greer 1982).…”
Section: Resultssupporting
confidence: 82%
“…2 is around 1.2 nm. This value is very comparable to the Scherrer's length found for amorphous metal alloys such as the Ni-Mo-Co-B alloys examined by Graydon et al 9 Identification of deposit compound.-Spot elemental analysis by EDX at different locations of the deposit samples ͑plate and powder͒ showed a homogeneous composition. The deposits from both electrode materials have vanadium as the major component, a substantial amount of potassium ͑and sodium for the deposit on Ni͒, and trace amounts of iron and calcium.…”
Section: Resultssupporting
confidence: 83%
“…The shoulder on the low temperature side is possibly the manifestation of the early crystallization of amorphous material in the coating that was significantly reheated for a short period during successive passes of the spray gun whilst depositing multiple layers. Local reheating would allow the formation of pre-existing crystalline nuclei or relaxation of the amorphous state, as proposed by Graydon et al [27], which leads to a portion of the amorphous phase crystallizing at lower temperature. Local reheating during spraying and amorphous phase relaxation could also be the reason for the lower temperature of the second DSC peak in coating samples.…”
Section: Analysis Of Dsc Datamentioning
confidence: 95%