第十一届中美华人纳米论坛程序册 The 11th Sino-US Nano Forum 会议地点：南京大学仙林校区恩玲剧场 6 月 18 日 7:50-8:00 开幕式 刘忠范 主题： 8:00-8:40 2-D nanocarbons: attraction, reality and future 北京大学 2D 材料 Wang Feng Probing Dirac electron physics in graphitic 8:40-9:00 UC, Berkeley materials 主持人 王欣然 Exploring organic semiconductors at the 刘杰 9:00-9:20 南京大学 two-dimensional limit 胡征 Yuan Hongtao Electric control of spin-coupled valleytronics 9:20-9:40 Stanford Univ. in layered metal dichalcogenides 9:40-10:00 茶歇 黄晓 Gas sensors based on nanomaterials in 10:00-10:20 南京工业大学 non-invasive diagnosis 彭海琳 New two-dimensional crystals: controlled 10:20-10:40 北京大学 synthesis and optoelectronic devices 陈伟 Interface engineering for 2D phosphorene 主持人 10:40-11:00 石高全 NUS, Singapore based optoelectronic devices Low dimensional inorganic solids: regulation 李丹 吴长征 11:00-11:20 of electric behavior and their energy 中科大 applications 王训 Self-assembly of sub-1nm ultrathin 11:20-11:40 清华大学 nanostructures 主持人：刘忠范 Panel 11:40-12:30 刘杰，段镶锋，郭万林，魏飞，Wang Feng，张华，李丹，张锦， discussion 瞿研… 12:14-14:00 午休 包信和 主题： Nano-catalysis and new horizon of C 14:00-14:40 复旦大学，大连化 1 纳米催化 chemistry 物所 吴屹影 Molecular analogs of MoS edges for superior 14:40-15:00 2 Iowa State Univ. hydrogen-evolution electrocatalysis 主持人 N-doped hierarchical porous carbon supported 苏党生 王勇 15:00-15:20 metal nanoparticles as an efficient catalyst for 浙江大学 刘斌 selective hydrogenation of aromatics 彭路明 Distinguishing faceted oxide nanocrystals with 15:20-15:40 17 南京大学 O solid-state NMR spectroscopy 15:40-16:00 茶歇 Low temperature aqueous-phase 马丁 16:00-16:20 Fischer-Tropsch synthesis reaction over Ru 北京大学 catalyst with ultra-high density of active sites 孙玉刚 Multiple functions of Pt nanocrystals in 16:20-16:40 主持人 Temple Univ. photocatalysis 丁维平 傅强 Metal-catalyzed reactions under 2D layered 16:40-17:00 侯仰龙 大连化物所 material covers 路军岭 Atomic layer deposition for advanced catalyst 17:00-17:20 中科大 “bottom-up” synthesis 陆晨光 Interfacial control of self-assembled 17:20-17:40 国家纳米中心 nanoparticles and their applications 主持人：包信和 Panel 17:40-18:30 杨培东，李亚栋，崔屹，邹志刚，Chia-Kuang (Frank) Tsung，苏 discussion 党生，丁维平，郑南峰，吴屹影，孙玉刚 19:00-21:30 墙报 6 月 19 日 主题： 聂书明 Nanotechnology and precision medicine: new 8:00-8:40 Emory Univ. frontiers in molecular diagnostics, targeted 纳米生物 南京大学 therapy, and image-guided surgery 医学 顾臻 Leveraging physiology for precision drug 8:40-9:00 UNC Chapel Hill / delivery NC State Univ. 王树涛 Engineering biointerface with controlled cell 主持人 9:00-9:20 中科院理化所 adhesion towards cancer diagnostics 戴宏杰 刘庄 刘珏文 9:20-9:40 Univ. Waterloo, Lipid hybrid nanomaterials for drug delivery Canada 9:40-10:00 茶歇 郑杰 Renal clearable nanoprobes for biomedical 10:00-10:20 UT, Dallas imaging Protein activity regulation: inhibition by 袁荃 10:20-10:40 closed-loop aptamer-based structures and 武汉大学 主持人 restoration by near-IR stimulation 庞代文 韩纲 Small and bright: illuminating life with 10:40-11:00 王强斌 Univ. of Mass. functional luminescent nanoparticles 何彦 Single molecule spectroscopy of plasmonic 11:00-11:20 清华大学 metal nanoparticles in living cells 王伟 Measuring binding kinetics of bio-conjugated 11:20-11:40 南京大学 nanomaterials with intact cells 主持人：聂书明 Panel 11:40-12:30 戴宏杰，江雷，彭笑刚，俞书宏，庞代文，鞠熀先，顾宁，李景 discussion 虹，刘宝瑞，赵宇亮 12:30-14:00 午休 鲍哲楠 主题： 14:00-14:40 Skin-inspired electronic materials and devices Stanford Univ. 纳米能源 朱嘉 Tailoring nanostructures for solar energy 14:40-15:00 南京大学 conversions 主持人 Designing two-dimensional materials and 姚彦 15:00-15:20 conjugated redox polymers for safe and 徐东升 Univ. of Houston 王丹 low-cost energy storage Solution-processed oxide films as 金一政 15:20-15:40 charge-transporting interlayers for 浙江大学 optoelectronics 15:40-16:00 茶歇 Piezotronics enhancement in solar energy 王旭东 16:00-16:20 harvesting and electrochemical catalytic UW-Madison systems 牛志强 Advanced unconventional supercapacitors 16:20-16:40 南开大学 based on nanocarbon materials 主持人 胡良兵 赵惠军 16:40-17:00 Nanostructures for beyond li-ion batteries 麦立强 Univ. of Maryland Rational design of carbon/inorganic 金钟 17:00-17:20 nanostructures for efficient energy conversion 南京大学 and storage 曾海波 Antimonene (2D Sb): theoretical prediction, 17:20-17:40 南京理工大学 synthesis, properties 主持人：鲍哲楠 Panel 17:40-18:30 杨培东，刘杰，赵东元，崔屹，金松，戴黎明，陈军，黄云辉， discussion 周豪慎，乔世璋，孙守恒 19:00-21:30 墙报 清华大学出版社-施普林格纳米研究奖论坛 Nano Research Award Symposium 会议地点：南京大学仙林校区恩玲剧场 6 月 20 日 主持人 清华大学出版社 施普林格纳米研究奖颁奖仪式 赵东元 8:00-8:10 - 戴宏杰 杨培东 8:10-9:00 CO2 + H2O + Sunlight Chemical Fuels + O2 颁奖 UC, Berkeley 李亚栋 A stable single Co atoms/N-doped porous 9:00-9:30 主持人 清华大学 carbon superior ORR catalyst 戴宏杰 崔屹 9:30-10:00 Tuning of catalysts Stanford Univ 10:00-10:20 茶歇 Smart interfacial materials from 江雷 10:20-10:50 super-wettability to binary cooperative 中科院化学所 complementary systems Frank Tsung Controlled encapsulation of catalysts into 10:50-11:20 主持人 Boston College metal-organic frameworks 彭笑刚 赵东元 11:20-11:50 Surface and ligand chemistry of quantum dots 浙江大学 戴黎明 Functional energy materials: from 1D and 2D 11:50-12:20 Case Western polymers to 3D carbon nanomaterials Reserve Univ. 12:20-14:00 午休 Surface coordination chemistry of 郑南峰 14:00-14:30 nanomaterials 厦门大学 孙守恒 Tuning nanoparticle catalysis for efficient 14:30-15:00 electrochemical reactions 主持人 Brown Univ. 陈立桅 Functional scanning probe microscopy in 金松 15:00-15:30 苏州纳米所 operando energy nanodevices 黄嘉兴 Data processing algorithms: an unexpected 15:30-16:00 Northwestern tool for designing nanopatterns Univ. 16:00-16:20 茶歇 张华 Crystal phase-controlled synthesis of novel 16:20-16:50 NTU, noble metal nanomaterials Singapore 主持人 段镶锋 16:50-17:20 2D Electronics: opportunities and challenges 俞书宏 UCLA Carbon-based nanostructures for energy 胡征 17:20-17:50 conversion and storage: synthesis, 南京大学 performance and mechanism 17:50-18:10 闭幕式：优秀墙报颁奖… 18:30-20:30 邀请嘉宾晚宴（Nano Res赞助）。庆祝活动。 11th Sino-US Nano Forum, Nanjing, China, 18-20 June, 2016 主题报告 11th Sino-US Nano Forum, Nanjing, China, 18-20 June, 2016 2-D Nanocarbons: Attraction, Reality and Future Zhongfan Liu Center for Nanochemistry, Beijing Science and Engineering Center for Nanocarbons, College of Chemistry and Molecular Engineering, Peking University, Beijing 100871, China; [email protected] Carbon element has a great number of allotropes, covering the traditional three dimensional (3-D) diamond and graphite, 2-D graphene, 1-D carbon nanotubes and 0-D fullerenes. Recently, graphyne, a new 2-D carbon allotrope family formed by sp and sp2 hybridization carbon atoms also comes into the stage. Theoretical calculations further indicate that there may exist a penta-graphene, formed by a huge number of carbon pentagons in a 2-D fashion instead of the hexagon structure of graphene. Therefore, 2-D nanocarbons including graphene, graphyne, etc have created a new category of carbon allotropes which attract increasing attentions. We have been working on the controlled synthesis of 2-D nanocarbons for many years. Systematic studies have been done on the chemical vapor deposition (CVD) of high quality graphene on various solid substrates ranging from metals (Cu, Ni, Cu-Ni alloy, Pt, Ru, Rh, Ir, Pd), groups IV-VI early transition metal carbides, to dielectric substrates (h-BN, STO, glass, NaCl). We also made a great effort for the controlled synthesis of graphdiyne, a representative member of the graphyne family. A brief overview will be made by focusing on the growth issue, which will determine the future of both graphene and graphynes. 1. JB Yin, H Wang, H Peng, ZJ Tan, L Liao, L Lin, X Sun, AL Koh, YL Chen, HL Peng*, ZF Liu*, Selectively enhanced photocurrent generation in twisted bilayer graphene with van hove singularity, Nature Commun., 2016, 7, 10699. 2. T Gao, XJ Song, HW Du, YF Nie, YB Chen, QQ Ji, JY Sun, YL Yang, YF Zhang*, ZF Liu*, Temperature-triggered chemical switching growth of in-plane and vertically stacked graphene-boron nitride heterostructures, Nature Commun., 2015, 6, 6835. 3. YB Chen, JY Sun, JF Gao, F Du, Q Han, YF Nie, ZL Chen, A Bachmatiuk, M Kr. Priydarshi, DL Ma, XJ Song, XS Wu, CY Xiong, MH Rümmeli, F Ding, YF Zhang* & ZF Liu*, Growing uniform graphene disks and films on molten glass for heating devices and cell culture，Adv. Mater. 2015, 27, 7839. 4. BY Dai, L Fu, ZY Zou, M Wang, HT Xu, S Wang, ZF Liu*, Rational design of a binary metal alloy for chemical vapor deposition growth of uniform single-layer graphene, Nature Commun. 2011, 2, 522. 5. K Yan, L Fu, HL Peng, ZF Liu*, Designed CVD Growth of Graphene via Process Engineering, Acc. Chem. Res. 2013, 46, 2263. 11th Sino-US Nano Forum, Nanjing, China, 18-20 June, 2016 Prof. Zhongfan Liu graduated from Changchun Institute of Technology in 1983 and received his PhD from University of Tokyo in 1990. After a postdoctoral experience at Institute for Molecular Science, Japan, he became an associate professor (1993), full professor (1993) and Cheung Kong Chair professor (1999) of Peking University. He was elected as the member of Chinese Academy of Sciences in 2011 and as one of the six outstanding scientists in Ten-Thousand-Talents Program in 2013. Prof. Liu’s research interest focusses on low dimensional carbon materials and novel 2D atomic crystals targeting nanoelectronic and energy conversion devices together with the exploration of fundamental phenomena in nanoscale systems.