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| 1 | Preparation of carbon-coated iron oxide nanoparticles dispersed on graphene sheets and applications as advanced anode materials for lithium-ion batteries显示文摘 | Huilong Fei Zhiwei Peng Lei Li Yang Yang Wei Lu Errol L. G. Samuel Xiujun Fan James M. Tour | 2014 | Nano Research2014，7，4： | 10 |
| 2 | Thickness-dependent patterning of MoS2 sheets with well-oriented triangular pits by heating in air显示文摘自从 MoS2 表的性质对边结构敏感,有常规边或可控制的形状的 Patterning ultrathin MoS2 层正在呼吁。在这个工作,我们介绍了一种简单、有效、控制得好的技术由简单地在空中加热样品与面向井的等边的三角形的坑蚀刻分层的 MoS2 表。各向异性的氧化蚀刻被包围温度和 MoS2 层的数字极大地影响,坑由此随包围温度和 MoS2 层的数字的增加缩放增加。第一原则的计算被执行了解释三角形的坑的形成机制。这种技术把一条其他的大街提供给设计 MoS2 表的结构。 | Haiqing Zhou Fang Yu Yuanyue Liu Xiaolong Zou Chunxiao Cong Caiyu Qiu Ting Yu Zheng Yan Xiaonan Shen Lianfeng Sun Boris I. Yakobson James M. Tour | 2013 | Nano Research2013，6，10： | 9 |
| 3 | High thermal conductivity of suspended few-layer hexagonal boron nitride sheets显示文摘推迟的很少层的热传导六角形的硼氮化物(h-BN ) 表试验性地用一个 noncontact micro-Raman 光谱学方法被调查。为单层(1L ) 的一阶的温度系数, bilayer (2L ) 并且九层(9L ) h-BN 表被测量是(当时, electrospinning 准备的 3.41 xide nanofibers 被期望减少了热电导率与体积样品相比。自从它包含复杂样品准备方法,热电导率正在质问的 nanofibers 的大小。在这个工作,我们在场对单个 nanofiber 的热电导率的大小合适的一个新奇方法。一 microelectro 机械(MEMS ) 设备被设计了并且制作了在单个 nanofiber 上执行热传导性大小。一个特殊 Si 模板被设计收集并且转单个 nanofibers 到 MEMS 设备名上吗? | Haiqing Zhou Jixin Zhu Zheng Liu Zheng Yan Xiujun Fan Jian Lin Gunuk Wang Qingyu Yan Ting Yu Pulickel M. Ajayan James M. Tour | 2014 | Nano Research2014，7，8： | 9 |
| 4 | SnO2-reduced graphene oxide nanoribbons as anodes for lithium ion batteries with enhanced cycling stability显示文摘 | Lei Li Anton Kovalchuk James M. Tour | 2014 | Nano Research2014，7，9： | 7 |
| 5 | Sandwich structured graphene-wrapped FeS-graphene nanoribbons with improved cycling stability for lithium ion batteries显示文摘三明治组织了包 graphene 的 FeS-graphene nanoribbons (G@FeS-GNRs ) 被开发。在这合成, FeS nanoparticles 在 graphene 和 graphene nanoribbons 之间被夹。当在锂离子电池(解放) 用作阳极时, G@FeS-GNR 合成表明了突出的电气化学的表演。这个合成显示出的高可逆的能力,好率表演,和由于在电子上传导性的 graphene, graphene nanoribbons,和 FeS 之间的协同作用的提高的骑车的稳定性。这里开发的设计概念为为解放与改进电气化学的稳定性构造阳极开创一条新大街。 | Lei Li Caitian Gao Anton Kovalchuk Zhiwei Peng Gedeng Ruan Yang Yang Huilong Fei Qifeng Zhong Yilun Li James M. Tour | 2016 | Nano Research2016，9，10： | 5 |
| 6 | Effect of Graphene Nanoribbons (TexasPEG) on locomotor function recovery in a rat model of lumbar spinal cord transection显示文摘A sharply transected spinal cord has been shown to be fused under the accelerating influence of membrane fusogens such as polyethylene glycol(PEG)(GEMINI protocol). Previous work provided evidence that this is in fact possible. Other fusogens might improve current results. In this study, we aimed to assess the effects of PEGylated graphene nanoribons(PEG-GNR, and called 'Texas PEG' when prepared as 1 wt% dispersion in PEG600) versus placebo(saline) on locomotor function recovery and cellular level in a rat model of spinal cord transection at lumbar segment 1(L_1) level. In vivo and in vitro experiments(n = 10 per experiment) were designed. In the in vivo experiment, all rats were submitted to full spinal cord transection at L_1 level. Five weeks later, behavioral assessment was performed using the Basso Beattie Bresnahan(BBB) locomotor rating scale. Immunohistochemical staining with neuron marker neurofilament 200(NF200) antibody and astrocytic scar marker glial fibrillary acidic protein(GFAP) was also performed in the injured spinal cord. In the in vitro experiment, the effects of Texas PEG application for 72 hours on the neurite outgrowth of SH-SY5 Y cells were observed under the inverted microscope. Results of both in vivo and in vitro experiments suggest that Texas PEG reduces the formation of glial scars, promotes the regeneration of neurites, and thereby contributes to the recovery of locomotor function of a rat model of spinal cord transfection. | C-Yoon Kim William K. A. Sikkema Jin Kim Jeong Ah Kim James Walter Raymond Dieter Hyung-Min Chung Andrea Mana James M. Tour Sergio Canavero | 2018 | Neural Regeneration Research2018，13，8： | 2 |
| 7 | Effect of anchor and functional groups in functionalized graphene devices显示文摘 | Elvira Pembroke Gedeng Ruan Alexander Sinitskii David A. Corley Zheng Yan Zhengzong Sun James M. Tour | 2013 | Nano Research2013，6，2： | 0 |
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