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您的检索式：作者名="Lu Shuangbao"
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| 1 | 4-25 Tuning the Coercivity of Cu/Ni Multilayer Nanowire Arrays by Tailoring Multiple Parameters显示文摘In recent years,the magnetic multilayered nanomaterials have been extensively studied for electronics[1],ultra high tensile strength[2],high storage media[3],and microwave devices[4]since the giant magnetoresistance(GMR)effect was found in 1988.As a member of 1D nanostructured materials,the ferromagnetic and nonmagnetic multilayer nanowires also exhibit tremendous potential applications in many fields due to their unique magnetic and electrical properties.In this work,the Cu/Ni multilayer nanowire arrays are prepared in ion track template with electrodeposition method and a new facile method is first introduced to easily confirm the different layer thickness and component by removing the nonmagnetic layer of Cu. | Yao Huijun Xie Lu Cheng Yaxiong Duan Jinglai Chen Yonghui Lu Shuangbao Sun Youmei Liu Jie | 2016 | IMP & HIRFL Annual Report2016，，1： | 0 |
| 2 | 4-27 Study the Rectification Effect of Single Graphene/PET Nanopore显示文摘Solid state nanopores or nanochannels prepared in polymer[1;2]and semiconductor films[3]have shown interesting transport phenomena,because of their diameters at the nanoscale and positive or negative charges on their walls.Graphene is an ideal material for developing solid state nanopores not only due to its atomic scale thickness,high mechanical strength and chemical stabilities but also because of the impermeability of the pristine single layer graphene to all atoms and molecules except protons[4].As the single Graphene/PET(G/PET)nanopore is the elementary building block for nanoporous membrane,the understanding and control of its individual ionic transport properties are also crucial in protein separation,water desalination,and bio-molecule detection using arrays of identical nanopores.Here,the single G/PET nanopore was successfully prepared by using ion irradiation technology and asymmetric etching method[5]and the corresponding ionic transport properties were investigated in detail. | Yao Huijun Xie Lu Cheng Yaxiong Duan Jinglai Chen Yonghui Lü Shuangbao Sun Youmei Liu Jie | 2016 | IMP & HIRFL Annual Report2016，，1： | 0 |
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