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Crystallization mechanism in Bi2Sr2CuOx glass

โœ Scribed by Ryuji Sato; Takayuki Komatsu; Kazumasa Matusita

Book ID
115988062
Publisher
Elsevier Science
Year
1991
Tongue
English
Weight
476 KB
Volume
134
Category
Article
ISSN
0022-3093

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We have investigated the temperature dependencies of the in-plane resistivity and the Hall coefficient in BL2Sr2CuO crystals across the metal-insulator (MI) transition, in the insulator crysta~ at low temperature (32 K<T<I!SK), the c, onduction is governed by a two-dimensional variable-range-hopping

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We investigated the effect of quenching on the critical temperature 7, of sintered Bi&,CuO, (2201-phase ). The mtdpoint I, of the 2201-phase was raised from 6 to I7 K by quenching. The resistive onset temperature of the quenched sample reached 60 K. The r, behavior was similar to that of Bt2SrzCaCu,