The uniformity of threshold voltage and threshold current in the In2Se3 nanowire-based phase change memory (PCM) devices is investigated. Based on the trap-limited transport model, amorphous layer thickness, trap density, and trap depth are considered to clarify their influences upon the threshold voltage and threshold current through simulations. ? 2015 Chinese Physical Society and IOP Publishing Ltd.SCI(E)EI中国科技核心期刊(ISTIC)中国科学引文数据库(CSCD)0ARTICLExyliu@ime.pku.edu.cn52
In this work, three phase change memory (PCM) devices using layered chalcogenide materials, GeTe/SnT...
MasterPhase change random access memory(PCRAM) using chalcogenide materials, which can be reversibly...
Phase transform properties of Indium Selenide (In2Se3) based Random Access Memory (RAM) have been ex...
MasterPhase-change memory (PCM) using chalcogenide materials has been spotlighted as non-volatile me...
Nanowire (NW) structures offer a model system for investigating material and scaling properties of p...
DoctorTo enhance and optimize the performance of phase change random access memory, numerous studies...
Chalcogenide materials are receiving increasing interest for their many applications as active mate...
Phase change memory (PCM) can reversibly transform between the amorphous and crystalline phase withi...
The snapback effect of amorphous chalcogenide materials has attracted a wide attention. But the mech...
Phase change random access memory (PCRAM) has been extensively investigated for its potential applic...
We report on the fabrication and electrical characterization of phase change memory (PCM) devices fo...
International audienceA Phase-Change Memory (PCM) physical-based compact modeling of the subthreshol...
Towards reliability optimization of chalcogenide-based phase-change memory cells, the study on trans...
Chalcogenide materials are receiving increasing interest for their many applications as active mate...
The impact of junction formed by the electrode and bulk in phase change memory to conduction at the ...
In this work, three phase change memory (PCM) devices using layered chalcogenide materials, GeTe/SnT...
MasterPhase change random access memory(PCRAM) using chalcogenide materials, which can be reversibly...
Phase transform properties of Indium Selenide (In2Se3) based Random Access Memory (RAM) have been ex...
MasterPhase-change memory (PCM) using chalcogenide materials has been spotlighted as non-volatile me...
Nanowire (NW) structures offer a model system for investigating material and scaling properties of p...
DoctorTo enhance and optimize the performance of phase change random access memory, numerous studies...
Chalcogenide materials are receiving increasing interest for their many applications as active mate...
Phase change memory (PCM) can reversibly transform between the amorphous and crystalline phase withi...
The snapback effect of amorphous chalcogenide materials has attracted a wide attention. But the mech...
Phase change random access memory (PCRAM) has been extensively investigated for its potential applic...
We report on the fabrication and electrical characterization of phase change memory (PCM) devices fo...
International audienceA Phase-Change Memory (PCM) physical-based compact modeling of the subthreshol...
Towards reliability optimization of chalcogenide-based phase-change memory cells, the study on trans...
Chalcogenide materials are receiving increasing interest for their many applications as active mate...
The impact of junction formed by the electrode and bulk in phase change memory to conduction at the ...
In this work, three phase change memory (PCM) devices using layered chalcogenide materials, GeTe/SnT...
MasterPhase change random access memory(PCRAM) using chalcogenide materials, which can be reversibly...
Phase transform properties of Indium Selenide (In2Se3) based Random Access Memory (RAM) have been ex...