Cooperation with Hong Kong,Macao, and Taiwan

Through the cooperations and exchanges towards Hong Kong, Macao and Taiwan regions, and under the policy of "one country two systems", scientific development in these regions and the mainland were smoothly progressed. According to the scientific development characteristics in these regions and the policy of "mainland     

Joint Research Fund for Overseas Chinese Scholars and Scholars in Hong Kong and Macao

In order to take advantage of the overseas(including Hong Kong and Macao) resources of science and technology and encourage overseas excellent young scholars to serve the country,NSFC sets up the Joint Research Fund for Overseas Chinese Scholars and Scholars in Hong Kong and Macao to support overseas (including Hong Kong and Macao) excellent scholars under the age of 50 to conduct high-level joint research with researchers in mainland China.     

NSFC Signs MoU on Research Cooperation with SRNSF

正On July 3,2017,NSFC president Yang Wei and Ms.Manana Mikaberidze,acting director general of the Shota Rustaveli National Science Foundation(SRNSF)signed the MoU between the National Natural Science Foundation of China and Shota Rustaveli National Science Foundation Georgia on Research Cooperationin Beijing.     

基因研究与国际合作

中国以人口众多、人群相对封闭、基因相对隔绝而备受世界跨国公司及基因研究组织青睐.他们纷纷前来我国这块基因宝地淘金,或以合作或以资助等形式,寻求获得中国独特而珍稀的基因资源.     

Cooperation and Exchange with Different Countries and Regions within Bilateral Agreements/MOUs

In accordance with the cooperation agreements/MOUs signed with international science funding agencies and academic institutions,NSFC continues to make efforts to fund international joint research projects and to normalize and better the management of funding,review,and assessment of the results achieved by the joint research projects funded. Since the international partners of NSFC are located in different countries and regions,with varied start dates of fiscal year and diverse windows for application and related requirements,it is impossible to     

数学国际合作的曲折与进步--迎接即将召开的国际数学家大会

2002年8月20日,第24届国际数学家大会将在北京开幕.届时,全世界热爱数学的公众,都会把目光投向北京.这一数学家的盛会,第一次在一个发展中国家举行,又是21世纪的第一次国际数学家大会,人们期待着国际数学合作将由此揭开新篇章.     

international （Regional） Cooperation and Exchange

The strategy for open and cooperation has been formulated during the 12^th NSFC Five-Year period,ineluding to encourage researchers to conduct extensive and intensive international（regional） cooperation and exchange with top scientists and research institutions around the world,to promote substantial joint research activities for more researches focusing on frontier areas in the world,to stimulate Chinese scien-     

海峡两岸英语课程标准的相互启示

大陆和台湾都把制定英语课程标准作为课程改革的重要内容.同宗同源的民族文化根基,使大陆和台湾制定的英语课程标准有着许多相同相通之处.又由于政治经济制度、文化意识形态、价值取向、地域差异等原因.在课程标准的制定上存在明显不同.文章对照大陆<全日制义务教育英语课程标准>(实验稿)和台湾<国民中小学英语科课程纲要>,提出台湾<纲要>和大陆<标准>的相互启示,为大陆进一步修订英语课程标准提供借鉴.     

Discussion on the Organization of International Cooperation and Exchange Projects in Agricultural Sciences in NSFC

Basic research is one of the key components in a-gricultural sciences. It is the source of the development of agricultural technology, and the driving force for the sustainable development of agriculture. The internationalization of basic research is one of the characteristics of the times. The international cooperation and exchange is very important for the development of basic research of agricultural sciences, since China is a developing country, and the input in basic research of agricultural sciences cannot meet the demand for the social and     

建筑电气设计、施工与土建工程配合问题的探讨

文章将分几个方面对电气设计、施工中与土建配合问题加以讨论,以提高工程质量及经济性.     

International Symposium on Funding Science and People Cooperation for a Prosperous Belt and Road Successfully held in Beijing

正From July 3 to 4,2017,the International Symposium on Funding Science and People Cooperation for a Prosperous Belt and Road hosted by the NSFC was held in Beijing.NSFC President Yang Wei attended and addressed the opening ceremony.NSFC Vice President Liu Congqiang delivered a keynote speech in which he introduced NSFC's initiative to jointly establish the Belt and Road Funding Framework for Science     

Prof. Sun Jiaguang attended the 11^th Sino-US Joint Commission Meeting on Scientific and Technological Cooperation

Oct. 10-18, 2004, NSFC delegation headed by Prof. Sun Jiaguang, Vice President of NSFC visited the United States of America. They attended the 11 th Sino-US Joint Commission Meeting on Scientific and Technological Coop-eration, and visited NSF, University of Washington, the Boeing Company and Microsoft. The participants of the meet-ing included high-ranking officials from the U.S. and Chinese overnments. Dr. John Marburger,     

Caterpillar-inspired design and fabrication of a self-walking actuator with anisotropy,gradient and instant response

<正>With the support by the National Natural Science Foundation of China and the Key Research Program of Chinese Academy of Sciences,Prof.Zhou Feng's research group at Lanzhou Institute of Chemical Physics,Chinese Academy of Sciences,reported a caterpillar-inspired self-walking actuator in Small(2015,11(28):3494—3501).     

President Yang Wei Meets with Icelandic Minister of Education,Science and Culture

<正>On March 25,2015,NSFC President Yang Wei met with Mr.Illugi Gunnarsson,Minister of Education,Science and Culture of Iceland.     

Prof.Chen Yiyu,NSFC President Meets with NRF President,South Africa

<正>Prof.Chen Yiyu,President of NSFC met with and held a dinner for a delegation led by Dr.Albert van Jaasveld,President of National Research Foundation of South Africa(NRF) on September 30,2010. It was a reciprocal visit at the invitation of President Chen Yiyu who visited South Africa in 2009.The major goal was to discuss on the text of the MOU and push ahead bilateral collaboration in a comprehensive way.     

论如何和孩子交朋友

任何一位班主任都希望胜任这项工作并把自己从繁重中尽量解脱出来,尤其是初级中学的班主任,面对逆反心理严重的他们,如何成为初中学生真正的朋友是至关重要的.作为班主任,笔者谈论了自己的体会.     

渗流理论、方法、进展及存在问题

渗流理论是从随机扩散现象(如流体粒子通过孔隙介质逐步扩散并形成随机路径的过程)中抽象出的一种广泛的数学模型,主要研究无序体系随机几何结构形成过程中的演化规律、行为特征及各种临界现象。渗流理论涉及概率统计、图论、统计物理、随机过程、拓扑、几何、代数、动力系统分析等众多领域,是数学的一个重要分支。渗流理论不仅具有重要的理论意义,而且应用背景广阔。过去的50年中,渗流理论因表述简单、内涵丰富,获得了广泛应用,为化学、生态学、物理学、材料科学、传染病学、复杂网络等领域中的问题带来了新视角,提供了新的理论方法。目前渗流研究处于发展的关键时期,渗流中相变临界条件的确定、渗流团簇的复杂结构及其在临界点附近几何特征的理解是渗流研究的核心问题。文章介绍渗流理论研究的主要问题、方法和结果,简要回顾渗流理论发展的标志性成果,最后提出一些值得思考和研究的问题。