Chalcogenide-based switching materials have potential applications in power control and information storage. In this work, an approach has been suggested to design chalcogenide-based amorphous materials for threshold or memory switching characteristics. Using this guideline, glasses have been formed in a new chalcogenide Al-Ge-As-Te system. All the samples studied have been found to exhibit threshold switching characteristics, which proves the validity of the suggested guideline
The absence of long-range order in glassy chalcogenides provides the convenience of changing the ele...
Investigations on the switching behaviour of arsenic-tellurium glasses with Ge or Al additives, yiel...
We report the results of the electrical switching and thermal studies performed on the bulk $Al_{20}...
Chalcogenide-based switching materials have potential applications in power control and information ...
Abstract—Chalcogenide-based switching materials have poten-tial applications in power control and in...
Abstract | Electrical switching which has applications in areas such as information storage, power c...
Abstract | Electrical switching which has applications in areas such as information storage, power c...
Nonlinear I-V behavior and elec. switching exhibited by chalcogenide glassy semiconductors, find ap...
Non-linear I-V behaviour and electrical switching exhibited by chalcogenide glassy semiconductors, f...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Electrical switching in (GeTe4)(100 - x)(As2Se3)(x) glasses in the range (0 <= x <= 40) having fixed...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
The absence of long-range order in glassy chalcogenides provides the convenience of changing the ele...
Investigations on the switching behaviour of arsenic-tellurium glasses with Ge or Al additives, yiel...
We report the results of the electrical switching and thermal studies performed on the bulk $Al_{20}...
Chalcogenide-based switching materials have potential applications in power control and information ...
Abstract—Chalcogenide-based switching materials have poten-tial applications in power control and in...
Abstract | Electrical switching which has applications in areas such as information storage, power c...
Abstract | Electrical switching which has applications in areas such as information storage, power c...
Nonlinear I-V behavior and elec. switching exhibited by chalcogenide glassy semiconductors, find ap...
Non-linear I-V behaviour and electrical switching exhibited by chalcogenide glassy semiconductors, f...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Electrical switching in (GeTe4)(100 - x)(As2Se3)(x) glasses in the range (0 <= x <= 40) having fixed...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
Chalcogenide glasses are widely used in phase-change nonvolatile memories and in optical recording m...
The absence of long-range order in glassy chalcogenides provides the convenience of changing the ele...
Investigations on the switching behaviour of arsenic-tellurium glasses with Ge or Al additives, yiel...
We report the results of the electrical switching and thermal studies performed on the bulk $Al_{20}...