1966•Journal of The Electrochemical SocietyOpen access

Kinetic Effects in Temperature Gradient Zone Melting

Raymond G. Seidensticker

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Abstract

Experiments on the motion of liquid zones in the germanium‐gold TGZM system indicate that kinetics characteristic of screw dislocations may play an important role. In many instances, dissolution rather than deposition appeared to be the rate‐limiting mechanism. Finally, it was found that the motion of such zones was intrinsically unstable under some conditions.

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Experiments on the motion of liquid zones in the germanium‐gold TGZM system indicate that kinetics characteristic of screw dislocations may play an important role. In many instances, dissolution rather than deposition appeared to be the rate‐limiting mechanism. Finally, it was found that the motion of such zones was intrinsically unstable under some conditions.

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Available abstract

Experiments on the motion of liquid zones in the germanium‐gold TGZM system indicate that kinetics characteristic of screw dislocations may play an important role. In many instances, dissolution rather than deposition appeared to be the rate‐limiting mechanism. Finally, it was found that the motion of such zones was intrinsically unstable under some conditions.

Key concepts: Dissolution, Limiting, Temperature gradient, Kinetic energy, Kinetics, Deposition (geology), Germanium, Materials science

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