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MgO(001) barrier based magnetic tunnel junctions and their device applications 被引量:4
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作者 HAN XiuFeng ALI Syed Shahbaz LIANG ShiHeng 《Science China(Physics,Mechanics & Astronomy)》 SCIE EI CAS 2013年第1期29-60,共32页
Spintronics has received a great attention and significant interest within the past decades,and provided considerable and remarked applications in industry and electronic information etc.In spintronics,the MgO based m... Spintronics has received a great attention and significant interest within the past decades,and provided considerable and remarked applications in industry and electronic information etc.In spintronics,the MgO based magnetic tunnel junction(MTJ) is an important research advancement because of its physical properties and excellent performance,such as the high TMR ratio in MgO based MTJs.We present an overview of more than a decade development in MgO based MTJs.The review contains three main sections.(1) Research of several types of MgO based MTJs,including single-crystal MgO barrier based-MTJs,double barrier MTJs,MgO based MTJs with interlayer,novel electrode material MTJs based on MgO,novel barrier based MTJs,novel barrier MTJs based on MgO,and perpendicular MTJs.(2) Some typical physical effects in MgO based MTJs,which include six observed physical effects in MgO based MTJs,namely spin transfer torque(STT) effect,Coulomb blockade magnetoresistance(CBMR) effect,oscillatory magnetoresistance,quantum-well resonance tunneling effect,electric field assisted magnetization switching effect,and spincaloric effect.(3) In the last section,a brief introduction of some important device applications of MgO based MTJs,such as GMR & TMR read heads and magneto-sensitive sensors,both field and current switching MRAM,spin nano oscillators,and spin logic devices,have been provided. 展开更多
关键词 magnetic tunnel junction (MTJ) tunneling magnetoresistance (TMR) MGO spin transfer torque (STT) coulombblockade magnetoresistance (CBMR)
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电力电容器用高储能密度介质材料的研究 被引量:3
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作者 黄贝利 李兆林 《电力电容器与无功补偿》 北大核心 2018年第2期38-41,共4页
随着电子、信息和电力工业的快速发展,高储能密度介质材料受到了越来越多的关注。为制备高储能密度的电容器用介质材料,研究以溶剂共混法(DMF作为溶剂)获得Al/BT/PVDF和Ag/BT/PVDF三元复合材料,并对制成的三元复合材料的相对介电常数、... 随着电子、信息和电力工业的快速发展,高储能密度介质材料受到了越来越多的关注。为制备高储能密度的电容器用介质材料,研究以溶剂共混法(DMF作为溶剂)获得Al/BT/PVDF和Ag/BT/PVDF三元复合材料,并对制成的三元复合材料的相对介电常数、击穿场强和储能密度进行测试分析,测试结果表明:复合材料的介电常数与混入金属前相比变化不大;当铝含量为2.0%,BT含量为7.5%时,复合材料储能密度达到了2.0 J/cm^3,提高到纯PVDF的5倍。 展开更多
关键词 高储能密度 钛酸钡 聚偏氟乙烯 溶剂共混法 库伦阻塞效应 介电性能
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