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Crystallization behavior of phase change materials: comparison between nucleation- and growth-dominated crystallization
By: Borg, H.J.; Zhou, G.F.; Lankhorst, M.; Rijpers, J.C.N.;
2000 / IEEE / 0-7803-5950-X
Description
This item was taken from the IEEE Conference ' Crystallization behavior of phase change materials: comparison between nucleation- and growth-dominated crystallization ' A comparative study of the crystallization behavior of nucleation- and growth-determined materials is presented. The influence of phase change layer thickness, additions and amorphous mark size on the crystallization rate is addressed. The long nucleation time of doped SbTe-type materials allows one to measure the nucleation probability separately, which may provide important information for initialization of optical storage disks.
Related Topics
Optical Materials
Optical Disc Storage
Solid-state Phase Transformations
Nucleation
Optical Storage Disk Initialisation
Crystallization Behavior
Phase Change Materials
Nucleation-dominated Crystallization
Phase Change Layer Thickness
Amorphous Mark Size
Crystallization Rate
Long Nucleation Time
Doped Sbte-type Materials
Nucleation Probability
Crystallization
Phase Change Materials
Amorphous Materials
Nitrogen
Crystalline Materials
Nuclear Measurements
Power Lasers
Disk Recording
Time Measurement
Pulse Measurements
Crystallisation
Terbium Alloys
Antimony Alloys
Probability
Engineering
Growth-dominated Crystallization