Journal of Applied Physics · 1978 · 30 citations · 5 references
Materials ScienceOptical MaterialsEngineeringNi-pt-p Metallic GlassesMetallic GlassOptical GlassApplied PhysicsMagnetic ResonanceGlass MaterialNmr Knight ShiftsTemperature DependencesGlass PhotonicsNmr Knight ShiftChemistryMetallic GlassesAmorphous Metal
NMR Knight shift and linewidth measurements are reported for the 31P nuclei in the metallic glasses (Ni0.50Pd0.50)100−xPx (where x=16 to 26.5) and (NiyPd1−y)80P20 (where y=0.20 to 0.80), and both the 31P and 195Pt nuclei in the metallic glass (NiyPt1−y)75P25 (where y=0.20 to 0.68). The results are discussed in terms of the amorphous structure, electronic structure, and stability of transition metal+metalloid metallic glasses.
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Structural model for amorphous metallic alloys
D.E. Polk · Scripta Metallurgica · 1970 · 202 citations
Role of chemical bonding in metallic glasses
H.S Chen, B.K Park · Acta Metallurgica · 1973 · 161 citations
Noise pollution—what can be done?
E. A. G. Shaw · Physics Today · 1975 · 93 citations