安徽省科研教学资源中心
Research and Education Resource Center of Anhui
为您提供安全、稳定、高速的文件云存储
搭建开放的科研教学资源共享平台
分享

是一种快乐,让手中的资源更有价值

支持多种终端,随时随地浏览
公开、私密、群组、好友四种分享模式
课程

轻松开课,传授知识与技能

支持多种格式的视频与文档在线观看
最新课程
睿客网测试群组123
睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组 睿客网测试群组111111111111
清风 09-14 13:22
睿客网团队(平台测试使用)1
请大家加群,方便测试,可以发帖提建议。~!
清风 绿水 09-08 09:42
20160326中微子-幽灵粒子之谜
The ghost particle neutrinos is one kind of the elementary particle that called leptons. It carries no charge and almost has no mass and no interaction with any other particles and therefore can freely penetrate the earth. Neutrinos can be created from many different ways, such as the Sun, the atmosphere, the nuclear power plant and the accelerator. Mystery of neutrinos has been fascinating scientists since it is postulated in 1930 by W. Pauli and discovered in 1956 by Reine and Cown, and will continue be so for many decades. This presentation will briefly review the history of the neutrino, the source of neutrino and explain you how scientists solve the puzzle of solar neutrino and the atmospheric neutrino, which were awarded the Nobel prize in physics of 2015.
赵振国 03-28 10:03
Mechanics of Compaction and Strain Localization in Porous Rock
个人简介: Teng-fong Wong (黃庭芳) is Professor and Director of the Earth System Science Programme, Faculty of Science, The Chinese University of Hong Kong. Before joining CUHK in January 2013, he has taught for thirty years in the State University of New York at Stony Brook, where he served as Chair of the Department of Geosciences and Associate Dean of the Graduate School. Wong's undergraduate and postgraduate degrees were from Brown, Harvard and MIT. He served on the San Andreas Fault Observatory at Depth (SAFOD) Advisory Board, and is currently on the physical sciences panel of the Hong Kong Research Grants Council. He has two US patents for an ultrasonic seepage meter for hydrogeological field measurement. He has also co-authored two monographs: Experimental Rock Deformation, The Brittle Field (with Professor Mervyn Paterson, Australian National University), and 岩石物理学 (with CAS academician 陈颙, and 刘恩儒, ExxonMobil), a volume in the 中国科学技术大学校友文库. Wong is also a recipient of the Basic Research Award of the U.S. National Committee for Rock Mechanics, SUNY Chancellor's Award for Excellence in Scholarship, as well as the Louis Néel Medal of the European Geosciences Union.
黄庭芳 03-28 10:03
高质量氧化物薄膜规模化制备中的一些科学问题探讨
  氧化物功能薄膜不仅是基础物理研究的重要对象,也对未来的功能器件展现了光明的应用前景。报告人以晶圆级高质量外延的VO2薄膜以及集成于镍基底上的BaTiO3薄膜为例,针对拓展氧化物薄膜生长窗口和控制金属/氧化物界面两个方面探讨“控氧”的机理和方法,使用易于产业化的化学溶液生长技术,基于薄膜生长热力学模型,对生长中氧化反应动力学行为进行调控,实现了晶圆级高质量外延的VO2薄膜和界面可控的BaTiO3/Ni集成薄膜。报告中也提出了规模化制备高质量氧化物薄膜所面临的一些其它问题。
林媛 03-28 10:03
学术报告Towards Big Graph Processing及新南威尔士大学计算机学院招生简况交流会
学术报告及新南威尔士大学计算机学院招生简况交流会 交流会时间:2016年3月23日下午15:50-17:30 地点:西区电三楼312-314会议室具体安排: 1.学术报告:Towards Big Graph Processing 报告人:Xuemin Lin(林学民) 2. 新南威尔士大学(UNSW)计算机学院招生简况介绍及座谈交流介绍人:Prof. Xuemin Lin, Prof. Lijun Chang, and Prof. Zengfeng Huang
林学民 03-28 10:03
向量丛模空间的Frobenius分层
吴文俊数学重点实验室代数学系列报告之八十三【李灵光】 报告题目:向量丛模空间的Frobenius分层报 告 人:李灵光 博士 同济大学数学学院时间:3月24号上午,10:00-11:00 地点:管理科研楼1518
李灵光 03-28 10:03
晚晴科举制度改革和中国的知识转变
应科技史与科技考古系邀请,德国法兰克福东亚研究中心教授、国际著名科技史专家阿梅龙(IMO Amelung)来我校做《晚晴科举制度改革和中国的知识转变》的报告,欢迎感兴趣的广大师生积极参加。  报告时间:3月21日(周一)14:30;  报告地点:东区人文学院南平105会议室。  特此通知。
阿梅龙 03-28 10:03
CNKI总库平台,助力学术科研
培训名称:CNKI总库平台,助力学术科研培训时间:3月23日(周三)下午2:30-4:00 培训人:CNKI高级讲师 奚亚萍培训地点:人文与社会科学学院 南平105(东区羽毛球馆旁)
奚亚萍 03-28 10:03
The differential structure of metric measure space
摘要:In the past ten years, the metric measure spaces with Ricci curvature bound which was proposed by Lott-Sturm-Villani, was studied by researcher from many different areas. In this talk I will introduce some recent results on the differential structure of metric measure spaces, including the non-smooth Sobolev space, Barky- Emery theory, and the notion of tangent/cotangent modules in non-smooth framework. On the metric measure spaces with curvature-dimension condition RCD (K;N), we obtainan improved Bochner inequality and propose a de nition of N-dimensional Ricci tensor.
Bang-Xian Han 03-28 10:03
晚晴科举制度改革和中国的知识转变
应科技史与科技考古系邀请,德国法兰克福东亚研究中心教授、国际著名科技史专家阿梅龙(IMO Amelung)来我校做《晚晴科举制度改革和中国的知识转变》的报告,欢迎感兴趣的广大师生积极参加。  报告时间:3月21日(周一)14:30;  报告地点:东区人文学院南平105会议室。  特此通知。
阿梅龙 03-28 10:03
Ultra-strength Nanomaterials: from in-situ Nanomechanics to Wearable Electronics
Abstract: Recent advance in nanotechnology has brought forth a host of nanostructures that exhibit ultrahigh strength. These nanostructures are not only important building blocks for a broad spectrum of nanotechnology applications, but also an ideal platform to study fundamental mechanical properties. In this talk, I will discuss mechanical behavior that is derived from the dramatic dimensional reduction to the nanometer length scale. I will present two studies that reveal important roles of defects in mechanics of crystalline nanowires (NWs) using in-situ scanning and transmission electron microscopy (SEM/TEM) mechanical testing. For metal NWs containing internal twin boundaries along the NW length, we observed a time-dependent and fully reversible plastic behavior, and concluded that vacancies reduce dislocation nucleation barrier, facilitating stress relaxation, while the twin boundaries and their intrinsic stress field promote retraction of partial dislocations, resulting in full strain recovery. For single- crystalline nanowires containing point defects, we discovered giant anelastic behaviour that is up to four orders of magnitude larger than the largest anelasticity observed in bulk materials, with a timescale on the order of minutes. This behavior is due to point defect diffusion under a high strain gradient and short diffusion distance. Next I will present the interface mechanics between monolayer graphene and polymer substrate. Interfacial failure mechanisms, interfacial sliding and buckling, are identified using in-situ Raman spectroscopy and atomic force microscopy, and are supported by nonlinear shear-lag and cohesive-shear-lag models. This talk will conclude with examples and perspectives on nanomaterial-enabled stretchable/wearable electronics for health monitoring, rehabilitation and robotics. Biosketch: Yong Zhu received his B.S. degree in Mechanics and Mechanical Engineering from the University of Science and Technology of China in 1999, and his M.S. and Ph.D. degrees in Mechanical Engineering from Northwestern University in 2001 and 2005, respectively. He was a postdoctoral fellow at the University of Texas at Austin before he joined NCSU in 2007, where he is currently an Associate Professor in Department of Mechanical and Aerospace Engineering ( affiliated in Materials Science and Engineering and Biomedical Engineering). Zhu’s group conducts research at the intersection of solid mechanics and micro/nano-technology, including nanomechanics, micro/nano-electromechanical systems, and stretchable/wearable devices. He has received several awards including Sigma Xi Faculty Research Award, MAE Department Outstanding Research Award, College of Engineering Alcoa Foundation Research Achievement Award, Society of Experimental Mechanics Young Investigator Award, and ASME Sia Nemat-Nasser Early Career Award. He is a University Faculty Scholar at NCSU and the current iMechanica journal club editor.
朱勇 03-28 10:03
Information geometry and applications in mathematical biology and game theory
天元基金-几何与随机分析及其应用交叉平台系列讲座之十二【Jurgen Jost 】 题目: Information geometry and applications in mathematical biology and game theory 报告人:Jurgen Jost 德国马普所时间:3月18号(周五)4:00-5:00 地点:管研楼1418
Jurgen Jost 03-28 10:03