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Devices and Materials Investigations for Brain Inspired Computing
  • 所属机构名称：清华大学
  • 会议名称：CBICR International Advisory Committee Meeting & the Forum of Brain Inspired Computer
  • 时间：2015.10.15
  • 成果类型：会议
  • 相关项目：硅基室温巨磁电阻的研究
同会议论文项目
硅基室温巨磁电阻的研究
期刊论文 39 会议论文 42
同项目会议论文
Silicon-based current-controlled reconfigurable magnetoresistance logiccombined with non-volatile me
Giant magnetoresistance in silicon
半导体材料硅的巨磁电阻
Geometrical enhancement of low field magnetoresistance in silicon
Geometrical enhancement of low-field magnetoresistance in silicon
半导体的几何增强磁电阻
Silicon-based current-controlled reconfigurable magnetoresistance logic combined with non-volatile m
Magnetoresistance in semicondutors
Novel magnetoresistance in semiconductor
可与非挥发存储器结合的硅基可重构磁逻辑器件
半导体的磁电阻
Low-field inhomogeneous magnetoresistance in silicon
Giant magnetoresistance by a Si chip
Magnetoresistance in semiconductors
Diode-aided geometrical enhancement of magnetoresistance in semiconductors
Magneto-transport Properties of Amorphous Carbon Films and Iron Doped Amorphous Carbon Films
硅磁电阻器件和硅逻辑器件
Diode-aided geometrical enhancement of magnetoresistance in semiconductor silicon
Semiconductor non-linear transport induced magnetoresistance and magneticlogic in silicon
Silicon-basedCurrent-controlled Reconfigurable Magnetoresistancea Logic Device
Large magnetoresistance insilicon
半导体非线性输运导致的磁电阻和磁逻辑
半导体磁电阻器件和半导体磁逻辑器件
Silicon-based magnetoresistance device and magnetic logic device
磁场基的磁电子逻辑器件
硅基磁电阻器件和硅基磁逻辑器件
Resistance Transition Assisted Geometry Enhanced Magnetoresistance in Semiconductors
HRTEM Study of Topological Vortex-like Domain Pattern in Multiferroic Hexagonal Manganite YMnO3 by C
半导体的几何增强磁电阻
半导体的几何增强磁电阻
Geometric enhanced magnetoresistance in semiconductors
Geometric enhanced magnetoresistance in semiconductor silicon
Geometric enhancement of low field magnetoresistance in silicon
半导体的磁电阻
半导体的几何增强磁电阻
半导体的磁电阻
p-n结导致的临界增强半导体磁电阻
半导体的几何增强磁电阻
Magnetoresistance in silicon
多铁性六方YMnO3拓扑涡旋畴结构的原子尺度研究
半导体的几何增强磁电阻