科研之友成果导入

Ⅰ 郑志明的科研成果

1、HaiyinLi; ZhikunShe,Uniqueness of periodic solutions of a nonautonomous density dependent predator-prey system, Journal of Mathematical Analysis and Applications, 422(2), pp 886-905, 2015.
2、孙玉文; 徐金亭; 任斐; 郭强,复杂曲面高性能多轴精密加工技术与方法, 科学出版社, 2014/12/1.
3、Hoon Hong; Xiaoxian Tang; Bican Xia,Special Algorithm for Stability Analysis of Multistable Biological Regulatory Systems, Journal of Symbolic Computation, 39卷, 2014/10/2.
4、Yuwen Sun; Yang Zhao; Jinting Xu; Dongming Guo,The feedrate scheling of parametric interpolator with geometry, process and drive constraints for multi-axis CNC machine tools, International Journal of Machine Tools and Manufacture, 85卷, pp 49-57, 2014/10/1.
5、韩晓旭; 孙兰银; 朱春钢,构造多管道过渡曲面的toric曲面方法, 计算机辅助设计与图形学学报, 26卷, pp 1639-1945, 2014/10/1.
6、Shu Yan; Shaoting Tang; Sen Pei;*Zhiming Zheng,Seasonal epidemics immunization on correlated networks, Applied Mechanics and Materials, 631卷, pp 976-979, 2014/9/1.
7、Jianfeng Zhou; Yuwen Sun; Dongming Guo,Adaptive feedrate interpolation withmulticonstraints for five-axis parametric toolpath, International Journal of Advanced Manufacturing Technology, 71卷, pp 1873-1882, 2014/8/1.
8、Teng, Xian; Yan, Shu; Tang, Shaoting; Pei, Sen; Li, Weihua;*Zheng, Zhiming,Indivial behavior and social wealth in the spatial public goods game, Physica A: Statistical Mechanics and Its Applications, 402卷, pp 141-149, 2014/5/15.
9、Juan Chen; Chongjun Li,A quadrilateral spline element for couple stress/strain gradient elasticity, Computers and Structures, 138卷, pp 133-141, 2014/5/1.
10、Li Weihua; Tang Shaoting; Pei Sen; Yan Shu; Jiang Shijin; Teng Xian;*Zheng Zhiming,The rumor diffusion process with emergingindependent spreaders in complex networks, Physica A: Statistical Mechanics and Its Applications, 397卷, pp 121-128, 2014/3/1.
11、Ren-Hong Wang; Qing-Jie Guo; Chun-Gang Zhu; Chun-Jing Li,Multivariate Spline Approximation of the Signed Distance Function, Journal of Computational and Applied Mathematics, 265卷, pp 276-289, 2014/2/1.
12、Qiang Guo; Yuwen Sun; Ya Jiang; Dongming Guo,Prediction of stability limit for multi-regenerative chatter in high performance milling, International Journal of Dynamics and Control, 2卷, pp 35-45, 2014/2/1.
13、孙玉文; 赵洋; 贾振元; 郭东明,跃度约束的数控加工进给率的离线规划方法, 中国, 中华人民共和国知识产权局, 201410013031.0.
14、Linping Peng; Zhaosheng Feng; Changjian Liu,Quadratic perturbations of a quadratic reversible Lotka-Volterra system with two centers, Discrete and Continuous Differential Systems, Vol. 34, pp 4807-4826, 2014.
15、Xuhua Cheng; Zhikun She,A Note on the Existence of a SmaleHorseshoe in the Planar Circular Restricted Three-Body Problem, Abstract and Applied Analysis, 2014卷, 2014.
16、Linping Peng; You Li,On the limit cycles bifurcating from a quadratic reversible center of genus one, Mediterranean Journal of Mathematics, 11卷, pp 373-392, 2014.
17、Linping Peng; Zhaosheng Feng,Bifurcation of limit cycles from quartic isochronous centers, Electronic Journal of Differential Equations, Vol. 2014, pp 1-14, 2014.
18、Zhenghong Chen; Xiaoxian Tang; Bican Xia,Hierarchical Comprehensive Triangular Decomposition, Mathematical Software – ICMS, 1406卷, pp 434-441, 2014.
19、Linping Peng; Zhaosheng Feng,Bifurcation of critical periods from a quartic isochronous center, International Journal of Bifurcation and Chaos, Vol. 24, pp 1-16, 2014.
20、Jingjun Han; Liyun Dai; Bican Xia,Constructing Fewer Open Cells by GCD Computation in CAD Projection, Proc. ISSAC, 1401卷, pp 240-247, 2014.
等69条科研成果请查看科研之友。

Ⅱ 如何把科研成果转化教学成果.ppt

回顾十几年来来我国科技改革，在科源技与经济的关系上，总的情况是科学技术面向经济建设的局面已经基本形成，而经济建设依靠科学技术的机制还没有建立。我国经济现在正处于转轨时期，有利于科技成果顺利转化的体制与机制的建立与完善，还需要一定时间，与之相关的问题很多，短时间内也不可能都解决。在这种情况下，政府一方面要继续深化科技体制的改革；另一方面，可以从一两个重要问题的解决着手，带动其他问题的解决。目前，政府可以通过加强以科技需求为导向的行为，促进经济建设依靠科技进步机制的形成和企业技术创新主体地位的建立。
具体措施，如：
1、制定大型政策购买计划，类似于美国的“星球大战计划”、西欧的“尤里卡计划”，主要依靠国内科技力量和企业单位完成，以科技需求引导科技供给。
2、政府购买业务和各种旨在激励科技进步的政策，要与企业、科研单位近几年的科技行为挂钩，尤其是将科技投入行为作为企业享受各种优惠政策的一个重要指标，从而刺激整个经济界对科技的需要，促使企业自主地提高科技投入，重视科技进步，改善经营者短期行为。

Ⅲ 景益鹏的科研成果

1、*Wang, Huiyuan; Mo, H. J.; Yang, Xiaohu; Jing, Y. P.; Lin, W. P.,Elucid-exploring the local universe with the reconstructed initial density field. i. hamiltonian markov chain monte carlo method with particle mesh dynamics, Astrophysical Journal, 794(1), 2014/10/10.
2、*Zhang XinMin; Jing YiPeng,Special Topic: BICEP2 and Beyond, Science China Physics,Mechanics & Astonomy, 57(8), p 1413, 2014/8.
3、*Jiang, C. Y.; Jing, Y. P.; Han, Jiaxin,A scaling relation between merger rate of galaxies and their close pair count, Astrophysical Journal, 790(1), 2014/7/20.
4、*Jia, Yunpeng; Du, Cuihua; Wu, Zhenyu; Peng, Xiyan; Ma, Jun; Zhou, Xu; Fan, Xiaohui; Fan, Zhou; Jing, Yipeng; Jiang, Zhaoji; Lesser, Michael; Nie, Jundan; Olszewski, Edward; Shen, Shiyin; Wang, Jiali…,Estimation of absolute magnitude-dependent Galactic model parameters in intermediate latitude with SDSS and SCUSS, Monthly Notices of the Royal Astronomical Society, 441(1), pp 503-512, 2014/6.
5、*Guo, Hong; Li, Cheng; Jing, Y. P.; Boerner, Gerhard,Stellar mass and color dependence of the three-point correlation function of galaxies in the local universe, Astrophysical Journal, 780(2), 2014/1/10.
6、Zheng, Yi; *Zhang, Pengjie; Jing, Yipeng; Lin, Weipeng; Pan, Jun,Peculiar velocity decomposition, redshift space distortion, and velocity reconstruction in redshift surveys. II. Dark matter velocity statistics, Physical Review D - Particles, Fields, Gravitation and Cosmology, 88(10), 2013/11/11.
7、*He, Jian-hua; Li, Baojiu; Jing, Y. P.,Revisiting the matter power spectra in f(R) gravity, Physical Review D - Particles, Fields, Gravitation and Cosmology, 88(10), 2013/11/8.
8、*Srisawat, Chaichalit; Knebe, Alexander; Pearce, Frazer R.; Schneider, Aurel; Thomas, Peter A.; Behroozi, Peter; Dolag, Klaus; Elahi, Pascal J.; Han, Jiaxin; Helly, John; Jing, Yipeng; Jung, Intae……,Sussing Merger Trees: The Merger Trees Comparison Project, Monthly Notices of the Royal Astronomical Society, 436(1), pp 150-162, 2013/11.
9、*Knebe, Alexander; Pearce, Frazer R.; Lux, Hanni; Ascasibar, Yago; Behroozi, Peter; Casado, Javier; Moran, Christine Corbett; Diemand, Juerg; Dolag, Klaus; Dominguez-Tenreiro, Rosa; Elahi, Pascal……,Structure finding in cosmological simulations: the state of affairs, Monthly Notices of the Royal Astronomical Society, 435(2), pp 1618-1658, 2013/10.
10、*He, Y. Q.; Xia, X. Y.; Hao, C. N.; Jing, Y. P.; Mao, S.; Li, Cheng,Photometric properties and luminosity function of nearby massive early-type galaxies, Astrophysical Journal, 773(1), 2013/8/10.
11、*Elahi, Pascal J.; Han, Jiaxin; Lux, Hanni; Ascasibar, Yago; Behroozi, Peter; Knebe, Alexander; Muldrew, Stuart I.; Onions, Julian; Pearce, Frazer,Streams going Notts: the tidal debris finder comparison project, Monthly Notices of the Royal Astronomical Society, 433(2), pp 1537-1555, 2013/8.
12、*Li, Cheng; Jing, Y. P.; Faltenbacher, A.; Wang, Jie,THE DETECTION OF THE LARGE-SCALE ALIGNMENT OF MASSIVE GALAXIES AT z similar to 0.6, Astrophysical Journal Letters, 770(1), 2013/6/10.
13、*Onions, Julian; Ascasibar, Yago; Behroozi, Peter; Casado, Javier; Elahi, Pascal; Han, Jiaxin; Knebe, Alexander; Lux, Hanni; Merchan, Manuel E.; Muldrew, Stuart I.; Neyrinck, Mark; Old, Lyndsay……,Subhaloes gone Notts: spin across subhaloes and finders, Monthly Notices of the Royal Astronomical Society, 429(3), pp 2739-2747, 2013/3.
14、*Li, Cheng; Wang, Lixin; Jing, Y. P.,Stellar mass versus stellar velocity dispersion: which is better for linking galaxies to their dark matter halos?, Astrophysical Journal Letters, 762(1), 2013/1/1.
15、*Sales, Laura V.; Wang, Wenting; White, Simon D. M.; Navarro, Julio F.,Satellites and haloes of dwarf galaxies, Monthly Notices of the Royal Astronomical Society, 428(1), pp 573-578, 2013/1.
16、*Knebe, Alexander; Libeskind, Noam I.; Pearce, Frazer; Behroozi, Peter; Casado, Javier; Dolag, Klaus; Dominguez-Tenreiro, Rosa; Elahi, Pascal; Lux, Hanni; Muldrew, Stuart I.; Onions, Julian,Galaxies going MAD: the Galaxy-Finder Comparison Project, Monthly Notices of the Royal Astronomical Society, 428(3), pp 2039-2052, 2013/1.
17、*Li, Ming; Pan, Jun; Gao, Liang; Jing, Yipeng; Yang, Xiaohu; Chi, Xuebin; Feng, Longlong; Kang, Xi; Lin, Weipeng; Shan, Guihua; Wang, Long; Zhao, Donghai; Zhang, Pengjie,BULK FLOW OF HALOS IN Lambda CDM SIMULATION, Astrophysical Journal, 761(2), 2012/12/20.
18、*Han, Jiaxin; Frenk, Carlos S.; Eke, Vincent R.; Gao, Liang; White, Simon D. M.; Boyarsky, Alexey; Malyshev, Denys; Ruchayskiy, Oleg,Constraining extended gamma-ray emission from galaxy clusters, Monthly Notices of the Royal Astronomical Society, 427(2), pp 1651-1665, 2012/12.
19、*Han, Jiaxin; Jing, Y. P.; Wang, Huiyuan; Wang, Wenting,Resolving subhaloes' lives with the Hierarchical Bound-Tracing algorithm, Monthly Notices of the Royal Astronomical Society, 427(3), pp 2437-2449, 2012/12.
20、Jiang, C. Y.; Jing, Y. P.; Li, Cheng,THE DISTRIBUTION OF FAINT SATELLITES AROUND CENTRAL GALAXIES IN THE CANADA-FRANCE-HAWAII TELESCOPE LEGACY SURVEY, Astrophysical Journal, 760(1), pp 16-32, 2012/11/20.
等115条科研成果请查看科研之友。

Ⅳ 科研之友的介绍

科研之友是科研人员的专业社区网络服务（SNS），用于跨文献库检索和保存科研论文成果、文献和文件，与好友和群组共享信息和科研合作。

Ⅳ 科研之友显示这个表示什么

！！！！ 没任何意义twj83(站内联系TA)科研之友早已证明和2012基金没有关系。mlshmily(站内联系TA)科研之友以前的说法不靠谱，没有必然联系。 很多人说，如果你看不到今年申请的基金就中了。 而我能看到我的基金，刚刚得知我也中了。 我们省基金申报的时候，其中个人的成果只能从科研之友导入，科研之友目前看来用着不太顺手，也许熟练了，比较方便吧，但愿如此啊

Ⅵ 收到了科研之友的邮件，是不是挂了

首先要确认对方有没有成功发送，还有是否是打错你邮箱地址?还有LZ检查一下你们的邮箱是不是满了，删除一些，不然是收不到邮件的。 以下是别人的意见，我复制给你参考: 如果没有收到邮件，请检查电子邮箱是否有问题。测试方法:首先用出问题的同样的帐号给自己发一封邮件，如果发信正常并且能够收到邮件，说明一切正常，没有问题。否则，请按以下方法检测: 1、检查是否关闭了数字帐号。打开“邮箱设置”，点击“帐户”，检查是设置了“关闭数字帐号”; 2、检查邮件过滤设置。打开“邮箱设置”，点击“过滤器”，检查过滤条件是否设置不当; 3、检查反垃圾设置。打开“邮箱设置”，点击“反垃圾”，接着点击“黑名单设置”，若发现黑名单中误加入了正常的邮箱地址，从黑名单中删除以后就可以收到对方的来信了; 4、检查反垃圾选项设置。打开“邮箱设置”，点击“反垃圾”，检查“反垃圾选项”，看看是否设置了严格反垃圾而导致邮件系统拒绝接收不符合该级别条件的正常邮件; 5、如果以上测试都正常，则可能由线路、邮件服务器故障等原因造成用户无法收到邮件，可以和发件人联系一下，看看对方是否有收到退信信息，可以根据退信信息判断问题所在，或者与客服中心联系

Ⅶ 科研之友这个网站知道吗

做科研的应该都知道这个网站吧，网站很厉害，和国家自然科学基金委（NSFC）还有很多地方科技厅都有合作，申报项目需要关联科研之友的然后可以将成果导入申报系统。网站现在也尝试做科研社交网络，很多科学界大牛都有注册，算是社交网络中比较踏实的一个。

Ⅷ 科研之友是什么

科研之友是科研人员的专业社区网络服务（SNS），用于跨文献库检索和保存科研论文成果、文献和文件，与好友和群组共享信息和科研合作。

使用"科研之友"您可以跨文献库检索并导入科研成果，科研项目和参考文献，将他们保存在同一地方，让你随时随地轻松开始工作，同时您也可以使用"科研之友"的好友与群组功能与同事或朋友共享科研信息，协同工作，扩大科研影响力，发掘新的科研合作机会。

网络介绍：http://ke..com/link?url=FzChFCrjQaXlrb3q

望采纳~

Ⅸ scholarmate 怎样导入专利

科研之友scholarmate 可以用三种方式导入科研成果。

1. 联邦检索导入。点击我的成果→添加成果→联邦检索，检索时文献库选择最后一个“中国知网（专利）”，然后输入专利信息，就可以检索了。