为我国2070年开始的诺贝尔科学奖“井喷”清除障碍、铺平道路! Zenas 公理 :2017年《Nature》主编的表述 一、Zenas 公理 2012-05-03 14:23,俺提出: Top Journals :一般不发表Top的研究结果,因为这些Top 开始时不可避免地不完美、有风险。 等到完美、保险了,Top Journals 开始考虑了,Top 的创新期、原始性已经过去了。 Zenas 公理: Top Journals do not publish Top results in science and technology. http://blog.sciencenet.cn/blog-2344-13949.html http://blog.sciencenet.cn/blog-2344-13949.html 可以说,Zenas 公理已经被近几年的西方大数据实证研究所证实。详见《同行评议的局限性和改进之策》(科技中国,2019-11)。 http://blog.sciencenet.cn/blog-107667-1206879.html http://www.casted.org.cn/channel/newsinfo/7562 二、Zenas 公理与《Nature》主编 2017年05月,《自然》杂志主编坎贝尔(Philip Campbell)先生说: 如果问问科学家们,他们 最引以为傲的研究 发表在哪里,他们回答的往往是其他一些 不太知名、不太被引用 的期刊。 换言之,《自然》以及其他一些在选择上比较挑剔、又有高影响因子的期刊,仅代表了 重要科研文献 的 一小部分 。 引用自:《科技日报》 2017-05-25,改变科研评估规则,现在是时候了,《自然》总编辑 菲利普?坎贝尔 http://digitalpaper.stdaily.com/http_www.kjrb.com/kjrb/html/2017-05/25/content_370085.htm?div=-1 http://news.sciencenet.cn/htmlnews/2017/5/377413.shtm?id=377413 If scientists are asked where they are most proud of their research, they tend to answer a list of other less well known and less cited journals. In other words, nature and other journals that are critically selective and have high impact factors represent only a small portion of important scientific literature. 引用自: http://www.bestchinanews.com/Explore/4926.html Editor in chief of nature: it's time to change the rules for scientific research evaluation 真傻评论: 《自然》、《科学》这样的高影响力期刊,会发表一些重要的“大科学”,如2016年7月《科学》发表LIGO检测到引力波(gravitational-wave)。因为这样的“大型实验结果”是众望所归的,基本上没有风险。“没有风险、完美”,是人类长期艰苦探索后的结果。是结果,不是开始。爱因斯坦的引力波,1936年发表在《富兰克林研究所所刊 Journal of The Franklin Institute》。 所以,赫胥黎说:“ 历史告诫我们说,一种崭新的真理惯常的命运是:始于异端,终于迷信。 ” Thomas Huxley: History warns us that it is the customary fate of new truths to begin as heresies and to end as superstitions. https://www.brainyquote.com/quotes/thomas_huxley_403887 真正的“Top的研究结果”,依旧不能在“Top Journals”发表。即2012年5月3日中国人提出的“Zenas 公理”。 三、《Nature》主编坎贝尔(Philip Campbell)先生的简单背景 坎贝尔先生于1995年12月接替已故的约翰·马多克斯(John Maddox)担任《自然 Nature》杂志的主编(editor-in-chief)。在长达22年的愉快工作后,坎贝尔先生想改变一下自己的生活,所以在2018年5月辞去《自然》杂志主编一职。没有任何人要求坎贝尔先生辞职。 引用自:14 December 2017, Nature’s editor to step down after 22 years in charge, https://www.nature.com/articles/d41586-017-08625-3 Skipper, who is currently editor-in-chief of the open-access journal Nature Communications, will become the eighth editor of Nature. She will take over from Philip Campbell, who will move to the newly created post of editor in chief at publisher Springer Nature on 1 July. 引用自:NEWS 02 May 2018, Nature announces new editor-in-chief, Geneticist Magdalena Skipper is first woman to head the 149-year-old journal. https://www.nature.com/articles/d41586-018-05060-w 四、进一步的担心:科技“同行评议”引发美国《大停滞》? “ 同行评议扼杀大创新 → 科技回报率下降 → 美国经济大停滞 ”,不会真的存在吧? http://blog.sciencenet.cn/blog-107667-1208480.html 万一这个链条是真的,我们该怎么办? 因为还有人早就发现了: 历史上新的正确的东西,在开始的时候常常得不到多数人承认,只能在斗争中曲折地发展。正确的东西,好的东西,人们一开始常常不承认它们是香花,反而把它们看作毒草。 哥白尼关于太阳系的学说 , 达尔文的进化论 , 都曾经被看作是错误的东西,都曾经经历艰苦的斗争。—— 一九五七年六月十九日。 相关链接: 2017-06-18,Zenas 公理:2017年继续领跑世界! http://blog.sciencenet.cn/blog-107667-1061527.html 张志东,2008-01-05,Top Journals 是标准吗-1 精选 http://blog.sciencenet.cn/blog-2344-13949.html 人大经济论坛,2013-12-28,Zenas公理 http://bbs.pinggu.org/forum.php?mod=viewthreadaction=printabletid=2811402 感谢您的指教! 感谢您指正以上任何错误! 感谢您提供更多的相关资料!
2017年撤稿十件大事 2017年刚刚结束,回头看看2017年撤稿时间,头十件大事值得回味,请浏览来自《科学家》( The Scientist )的相关报道: Top 10 Retractions of 2017 Making the list: a journal breaks a retraction record, Nobel laureates Do the Right Thing, and Seinfeld characters write a paper By Retraction Watch | December 18, 2017 UNSPLASH, GARY CHAN When it comes to retractions, we at Retraction Watch always have a lot to say. Especially after spending much of 2017 building our retraction database , which now holds just shy of 16,000 entries—more than 1,000 from 2017 alone. That’s an increase from the 650 total retractions counted by MEDLINE in 2016. Of course, scientific misconduct involves more than just retractions. This year, we reported on the loss of a frequently cited (but controversial) resource that deemed some journals “predatory,” the ongoing saga between a Harvard graduate student and his mentor that resulted in a forced psychiatric exam and a restraining order , and a university’s decision to pay a researcher found guilty of misconduct $100,000 to leave . There are also the stories about decisions not to retract—such as when more than a dozen editorial board members resigned from Scientific Reports after the journal decided to correct, not retract, a paper accused of plagiarism . (The journal eventually decided to add an editor’s note to the story and form a committee to review it .) But there were also plenty of retractions that caught our notice this year. Here are our picks of the 10 most notable retractions of 2017, in no particular order. 1 It seems that every year, an old record falls. This year saw the shattering of the record for the most retractions issued by one journal in a single day, when Springer retracted 107 papers from Tumor Biology after discovering all had been tainted by fake peer reviews . You read that right—107 papers. In one day. As fallout, an investigation by the Chinese government determined that nearly 500 researchers were guilty of misconduct ; a government news agency reported that hundreds had been temporarily banned from their institutions. The journal has since been delisted from Web of Science , a database of citation metrics. 2 2017 was a rough year for Brian Wansink , a food scientist at Cornell University. After researchers raised questions about his work following a blog post he published at the end of 2016 , the notices began piling up. He ended the year with five retractions (including one paper that was retracted twice , after the revised version was also retracted), and 13 corrections . Although Cornell initially determined his research was tainted by mistakes, not misconduct , the institution recently told BuzzFeed it was re-investigating . 3 Second time wasn’t the charm for a study linking vaccines to autism and other neurodevelopmental disorders. After the paper was quickly retracted from a Frontiers journal in 2016 , it was republished in the Journal of Translational Science in May, 2017—then retracted again only days later . (Strangely, a version of the paper reappeared online ; we asked the journal for an explanation but never heard back.) 4 What does a journal do when its entire editorial board resigns at once? Ask the International Journal of Occupational and Environmental Health . In November, the board of the periodical jumped ship over concerns that the publication was becoming too cozy with corporations. Particularly troubling to the erstwhile board members was the withdrawal (with little explanation) of a paper by the previous editor that had been critical of corporate-sponsored research. 5 When a pair of researchers from Sweden published a paper in Science in 2016 showing that fish larvae were getting sick eating tiny bits of plastic, environmentalists took notice. So did critics, who quickly began carping about the article by Peter Eklöv and Oona Lönnstedt of Uppsala University. Turns out the criticism was justified. Science retracted the article in May, after a review board deemed it was “remarkable” the paper was ever accepted . Uppsala originally found no evidence of misconduct , then reversed that decision in December, saying Lönnstedt fabricated the results . 6 Most mice look pretty much the same. For scientists, however, differences at the level of genes are what count. In July, Maureen Gannon and Raymond Pasek of Vanderbilt University retracted a 2016 article after learning they’d mistakenly been studying the wrong transgenic mouse line . Although the pair said they were “devastated” by the error, they knew they had to correct the record. After all, as they told us , “the scientific community and the public needs to trust published scientific results.” 7 When John McCool received an email from the Urology Nephrology Open Access Journal seeking submissions, given that he is neither a researcher nor a urologist, he did what any self-respecting Seinfeld fan would do: He submitted a bogus article dripping with Seinfeldian references. The paper, “authored” by three characters from the TV show, was a case report about a made-up urinary condition called “uromycitisis,” also familiar to watchers of the hit sitcom. Amazingly, less than an hour after submitting the manuscript, McCool received word that his article had been accepted . The journal then demanded $799 (plus tax) to publish the paper. McCool ignored the request; the paper has since been pulled . Instead, he wrote about the sting for The Scientist . 8 “Definitely embarrassing.” That’s how Nobel winner Jack Szostak of Harvard University described the retraction in December of his 2016 article in Nature Chemistry . The authors asked for the retraction after a researcher in Szostak’s lab could not reproduce the findings, which the group attributes to honest error. Szostak wasn’t the only Nobelist to lose a paper this year. In October, Science retracted a 2014 paper by Bruce Beutler , winner of the 2011 Nobel Prize in Physiology or Medicine, also for failure to reproduce the results. 9 May was a bad month for Rony Seger . The molecular biologist at The Weizmann Institute of Science in Israel lost nine papers on a single day , all of them in the Journal of Biological Chemistry . The reason: image manipulation. Seger, who has 11 retractions in all, is under investigation by his institution, which also barred him from mentoring graduate students . 10 “Boom, Headshot!” A controversial 2012 paper about violent video games was retracted over concerns about irregularities in the data. The article, by a group at the Ohio State University, purported to show that people who played first-person shooter games became better shots themselves. But in 2015, a pair of psychologists began raising questions about the data. The journal, Communication Research, decided to retract the article after the study authors could not produce their original data . One of the co-authors was stripped of her PhD by Ohio State.
为国际大科学而生---2017年诺奖得主巴里什小传 文|贺飞(北京大学) 2017 年诺贝尔物理学奖得主 巴里·巴里什(Barry C. Barish),美国加州理工学院 Ronald andMaxine Linde 物理荣休教授,,是前LIGO(the LaserInterferometer Gravitational-wave Observatory)主任。在1990年代后期到2000年代早期,他一直致力于推动LIGO转型发展为今天的国际大科学合作项目。 2016 年2月11日, LIGO首次宣布此前于2015年9月14日人类利用臂长达4公里的激光干涉仪首次直接探测到了来自离我们13亿光年的两个黑洞合并事件造成的引力波。这一发现不仅直接验证了爱因斯坦100多年前广义相对论的预言和引力波的存在,还开启了人类对强引力、随时间变化的引力以及黑洞的直接观测,打开了认识宇宙的一个新窗口,必将推动引力波天文学的发展。 巴里什于1936年1月27日出生于美国内布拉斯加州奥马哈市( Omaha ),童年生活在洛杉矶市。他于1957年在伯克利加州大学大学获得物理学学士学位,1962年获得该校ide实验粒子物理博士学位。1963年,他作为研究人员(research fellow)加入加州理工学院,1966年成为该校的助理教授,1969年任副教授,1972年任该校物理学教授,1991年受聘担任该校the Ronald and Maxine Linde物理学讲席教授,2005年担任Linde荣休教授。 在其早期科研生涯中,巴里什在费米实验室(Fermi Lab)首次完成了高能中微子束实验, 实验证明了核子(质子或中子)的夸克结构,为诺奖得主格拉肖等人( Sheldon Glashow,AbdusSalam, and Steven Weinberg )的 弱电统一理论的模型 提供了关键证据。 继中微子实验后,巴里什与加州理工同事Charles W. Peck (该校64届博士)一道成为一项致力于寻找磁单极子(magnetic monopoles)的大型国际合作项目领导者之一。磁单极子是指一些仅带有N极或S极单一磁极的磁性物质,提出超过100多年。 大统一理论( Grandunified theories )预测了超重磁单极子的存在。该理论认为,这种磁单极子的质量将是质子质量的 1 亿亿倍。 他们的这一实验称为MACRO(Monopole, Astrophysics and Cosmic Ray Observatory),位于意大利的 格兰萨索( Gran Sasso )国家实验室的3200英尺地下。尽管他们的实验并没有找到磁单极子,至今全球科学家仍在不懈地继续寻找。MACRO为中微子有质量提供了关键的证据。 巴里什同时还是设计伽马电子介子探测器的(Gamma Electron Muon,GEM)的共同领导者之一,该装置也是当时计划建于德克萨斯州的超导超级对撞机(SuperconductingSuper Collider)的两个大型探测器之一。但不幸的是,对撞机项目于1993年被美国国会叫停,其主要团队被整合到瑞士日内瓦的大型强子对撞机探测器项目(the Large Hadron Collider,LHC)。1994年起,巴里什成为LIGO项目的一名PI(principal investigator),1997到2005年任LIGO项目主任,领导了LIGO的最后关键设计阶段。在他出色的领导下,LIGO项目获得美国科学基金会的资助,在华盛顿州和路易斯安那州同时建造了两台姊妹LIGO装置,并于1997年建成。1997年,巴里什创建了LIGO大科学合作项目(LSC),组织来自全球19个国家和地区100多家机构的1200多名科学家一道开展寻找引力波的工作。 随后,他又参与指导了先进LIGO (Advanced LIGO)项目书的策划和撰写,并最终获得批准。这一项目对原有LIGO设施进行了升级,极大地提升监测灵敏度。这台设施投入运行后不久,就成功捕捉到“宇宙涟漪”。 在LIGO之后,巴里什成为另一国际大科学合作项目ILC(theInternational Linear Collider)的主任,他领导该项目团队在2006-2013年间规划、设计和实施了ILC项目。 ILC 项目是由国际未来加速器委员会 (ICFA) 发起的一项大规模的国际合作计划项目,也是继国际热核聚变实验反应堆 (ITER) 计划启动之后人类又一项大规模的国际合作计划项目。其拟议中的直线对撞机是一台超高能量的正负电子对撞机,它由两台大型超导直线加速器组成, 首期目标是分别将正负电子加速到2500亿电子伏特的能量,质心系能量达到5000亿电子伏特,将建造在总长约30公里的地下隧道里,涉及大量最先进的加速器技术、探测器技术及其他通用高科技技术。ILC的威力将远远超过以往任何一台正负电子对撞机,让物理学家有能力深入研究 LHC 的任何一项新发现。目前,来自全世界300多个实验室和大学的1600多名科学家和工程师,正致力于ILC的设计及探测器的研发,这些探测器将用来分析ILC中正负电子对撞的产物。 巴里什 2003 到 2009 年间任职于国家科学委员会( the NationalScience Board ),是该咨询委员会24名成员之一,为NSF以及美国总统和国会提供教育和科技方面的决策咨询。2001年,他当选美国高能物理咨询委员会分会(High Energy PhysicsAdvisory Panel subpanel)的共同主席,为美国高能物理发展制定长期规划。他还是同时担任粒子和场物理委员会(the Commission on Particles and Fields)以及国际纯粹和应用物理协会美国联络委员会( the U.S. Liaison Committee to the International Union of Pure andApplied Physics)主席 巴里什还是美国科学院院士、美国艺术与科学院院士、美国科学促进会会员(AAAS),曾担任美国物理学会主席(会员)。2002年,他获得美国物理教师协会的Klopsteg Memorial Lecture 奖;2016年,获得意大利物理学会的the Enrico Fermi奖。2017年,他获得Henry Draper奖章,同时获奖的还有Stan Whitcomb (加州理工73届学士,LIGO实验室首席科学家)。2017年获得the Princess of Asturias科技研究奖,同时获得该奖的还有KipS.Thorne (加州理工62届学士,2017年诺奖得主,加州理工Richard P. Feynman理论物理荣休讲席教授)和Rainer Weiss(MIT教授,2017年诺奖得主)以及LSC团队。他还获得2017年欧洲物理学会的Giuseppe and Vanna Cocconi奖,以及中国复旦大学的复旦-中植科学奖,这两项奖励都是和Thorne及Weiss一起获得,他们3人最终分享了2017年度诺贝尔物理学奖。他还曾获得意大利博洛尼亚大学、美国佛罗里达大学以及英国 格拉斯哥大学的 名誉博士学位。 参考文献: https://mediaassets.caltech.edu/documents/50-biography-barish.pdf ( 转载请注明出处)
2017 年诺贝尔生理学或医学奖得主代表作的被引情况 文 | 贺飞(北京大学) 北京时间2017年10月2日下午5点30分,2017年诺贝尔生理学或医学奖揭晓,3位美国科学家Jeffrey C. Hall, Michael Rosbash和Michael W. Young获奖。获奖理由是“发现了调控昼夜节律的分子机制”。 在诺贝尔奖官网的新闻发布词中,共列出3位科学的7篇代表文献,以下是其被引情况: 1.Zehring, W.A., Wheeler,D.A., Reddy, P., Konopka, R.J., Kyriacou, C.P., Rosbash,M., and Hall, J.C.(1984). P-element transformation with period locus DNArestores rhythmicity tomutant, arrhythmic Drosophila melanogaster. Cell 39,369–376. 卷: 39 期: 2 页: 369-376出版年: 1984 被引频次: 145 2.Bargiello,T.A., Jackson,F.R., and Young, M.W. (1984). Restoration of circadianbehavioural rhythms bygene transfer in Drosophila. Nature 312, 752–754. 卷: 312 期: 5996 页: 752-754 出版年: 1984 被引频次: 198 3.Siwicki,K.K., Eastman,C., Petersen, G., Rosbash, M., and Hall, J.C. (1988). Antibodiesto the periodgene product of Drosophila reveal diverse tissue distribution andrhythmicchanges in the visual system. Neuron 1, 141–150. 卷: 1 期: 2 页: 141-150 出版年: APR 1988 被引频次: 264 4.Hardin, P.E., Hall, J.C.,and Rosbash, M. (1990). Feedback of the Drosophilaperiod gene product oncircadian cycling of its messenger RNA levels. Nature343, 536–540. 卷: 343 期: 6258 页: 536-540 出版年: FEB 8 1990 被引频次: 629 5.Liu, X., Zwiebel, L.J.,Hinton, D., Benzer, S., Hall, J.C., and Rosbash, M.(1992). The period geneencodes a predominantly nuclear protein in adultDrosophila. J Neurosci 12,2735–2744. 卷: 12 期: 7 页: 2735-2744 出版年: JUL 1992 被引频次: 89 6.Vosshall,L.B., Price,J.L., Sehgal, A., Saez, L., and Young, M.W. (1994). Block innuclearlocalization of period protein by a second clock mutation, timeless.Science263, 1606–1609. 卷: 263 期: 5153 页: 1606-1609 出版年: MAR 18 1994 被引频次: 230 7.Price,J.L., Blau, J.,Rothenfluh, A., Abodeely, M., Kloss, B., and Young, M.W. (1998).double-time isa novel Drosophila clock gene that regulates PERIOD proteinaccumulation. Cell94, 83–95. 卷: 94 期: 1 页: 83-95 出版年: JUL 10 1998 被引频次: 528 Jeffrey C. Hall ,1945年出生于美国纽约。1971年从美国西雅图华盛顿大学获得博士学位,1971年至1973年在加州理工学院做博士后。1974年他成为美国布兰迪斯大学faculty。2002年,他加入美国缅因大学。 Michael Rosbash ,1944年出生于美国堪萨斯城。1970年从MIT获得博士学位,随后三年在苏格兰爱丁堡大学做博后。1974年起,他一直是美国布兰迪斯大学的faculty。 Michael W. Young ,1949年出生于美国迈阿密。1975年从美国德州大学(Austin)获得博士学位。1975年至1977年,他在斯坦福大学做博士后。1978年起成为美国洛克菲勒大学faculty。 (转载请注明出处)
BUAS2017 部分论文题录 诸平 宝鸡文理学院(BUAS)作者2017年发表的部分论文题录摘引如下,仅供参考。 Emergent bimodality and switch induced by time delays and noises in a synthetic gene circuit Zhang, C. , Du, L. , Xie, Q. , (...), Jia, Z. , Wang, C. 2017 Physica A: Statistical Mechanics and its Applications 0 查看摘要 | 相关文献 Multiple cross-correlation noise induced transition in a stochastic bistable system Wang, C.-J. , Yang, K.-L. , Du, C.-Y. 2017 Physica A: Statistical Mechanics and its Applications 0 查看摘要 | 相关文献 Impact of time delay in a stochastic gene regulation network Zhang, C. , Du, L. , Wang, T. , (...), Zeng, C. , Wang, C. 2017 Chaos, Solitons and Fractals 0 查看摘要 | 相关文献 Two-parameter bifurcations in a discontinuous map with a variable gap Yang, K.-L. , Wang, C.-J. 2017 Nonlinear Dynamics 0 查看摘要 | 相关文献 The synthesis and tribological properties of dicarboxylic acid ionic liquids Dong, R. , Wen, P. , Zhang, S. , (...), Zhou, F. , Liu, W. 2017 Tribology International 0 查看摘要 | 相关文献 Biobased Green Lubricants: Physicochemical, Tribological and Toxicological Properties of Fatty Acid Ionic Liquids Fan, M. , Ma, L. , Zhang, C. , (...), Zhou, F. , Liu, W. 2017 Tribology Transactions 待刊论文 0 查看摘要 Study on the synthesis and tribological properties of anti-corrosion benzotriazole ionic liquid Zhang, S. , Ma, L. , Dong, R. , (...), Zhou, F. , Liu, W.M. 2017 RSC Advances 1 A solution approach to bilevel linear programming with fuzzy coefficients Ren, A. , Xue, X. 2017 Proceedings - 12th International Conference on Computational Intelligence and Security, CIS 2016 0 查看摘要 | 相关文献 A novel system architecture for ontology matching Xue, X. , Wang, J. , Ren, A. 2017 Proceedings - 12th International Conference on Computational Intelligence and Security, CIS 2016 0 查看摘要 | 相关文献 A novel approach based on preference-based index for interval bilevel linear programming problem Ren, A. , Wang, Y. , Xue, X. 2017 Journal of Inequalities and Applications 开放访问 0 查看摘要 | 相关文献 Fabrication of Y and Fe co-doped BaZr0.13Ti1.46O3 fine-grained ceramics for temperature-stable multilayer ceramic capacitors Miao, K. , Wang, X. , Hu, D. , Wang, Y. , Xiao, J. 2017 Ceramics International 0 查看摘要 | 相关文献 Fabrication of lanthanum doped BaTiO3 fine-grained ceramics with a high dielectric constant and temperature-stable dielectric properties using hydro-phase method at atmospheric pressure Wang, Y. , Miao, K. , Wang, W. , Qin, Y. 2017 Journal of the European Ceramic Society 0 查看摘要 | 相关文献 Fabrication of submicron BaTiO3@YFeO3 particles and fine-grained composite magnetodielectric ceramics with a core–shell structure by means of a co-precipitation method Ma, R. , Wang, Y. , Cui, B. , Wang, Y. , Wang, Y. 2017 Journal of Materials Science: Materials in Electronics 待刊论文 0 Analysis of Steady State for Variable-Territory Model with Limited Self-Limitation Jiang, H. , Wang, L. 2017 Acta Applicandae Mathematicae 0 查看摘要 | 相关文献 Computation of Time Optimal Control Problems Governed by Linear Ordinary Differential Equations Lu, X. , Wang, L. , Yan, Q. 2017 Journal of Scientific Computing 待刊论文 0 查看摘要 Supercontinuum generation in highly nonlinear low-dispersion photonic crystal fiber Xu, Q. , Zhao, Y. , Wang, M. , Zhang, Y. , Hao, B. 2017 Proceedings of SPIE - The International Society for Optical Engineering 0 查看摘要 | 相关文献 Refinement of the crystal structure of aconitine Pu, X.-H. , Liu, Y. , Gou, X.-X. , Li, Z.-X. 2017 Jiegou Huaxue 0 LI Yanying A modified support vector regression: Integrated selection of training subset and model Che, J. , Yang, Y. , Li, L. , Li, Y. , Zhu, S. 2017 Applied Soft Computing Journal 0 查看摘要 | 相关文献 LI Feizhou Design analysis and experimental verification of YC675-PSL2 travelling block Li, F. 2017 C e Ca 0 查看摘要 | 相关文献 LI Xiaobo Global finite-time stabilization for a class of high-order nonlinear systems with multiple unknown control directions Li, J. , Wu, J. , Guo, X. , Li, X. , Ai, L. 2017 International Journal of Control, Automation and Systems 0 查看摘要 | 相关文献 Adaptive fuzzy control for full states constrained systems with nonstrict-feedback form and unknown nonlinear dead zone Wu, J. , Su, B. , Li, J. , (...), Li, X. , Chen, W. 2017 Information Sciences 1 查看摘要 | 相关文献 Selective Host–Guest Co-crystallization of Pyridine-Functionalized Tetraphenylethylenes with Phthalic Acids and Multicolor Emission of the Co-crystals Feng, H.-T. , Xiong, J.-B. , Luo, J. , (...), Yang, D. , Zheng, Y.-S. 2017 Chemistry - A European Journal 0 查看摘要 | 相关文献 Ligand field fine-tuning on the modulation of the magnetic properties and relaxation dynamics of dysprosium(iii) single-ion magnets (SIMs): synthesis, structure, magnetism and ab initio calculations Zhang, S. , Wu, H. , Sun, L. , (...), Yang, D. , Gao, S. 2017 Journal of Materials Chemistry C 0 查看摘要 | 相关文献 The synthesis and tribological properties of dicarboxylic acid ionic liquids Dong, R. , Wen, P. , Zhang, S. , (...), Zhou, F. , Liu, W. 2017 Tribology International 0 查看摘要 | 相关文献 Biobased Green Lubricants: Physicochemical, Tribological and Toxicological Properties of Fatty Acid Ionic Liquids Fan, M. , Ma, L. , Zhang, C. , (...), Zhou, F. , Liu, W. 2017 Tribology Transactions 待刊论文 0 查看摘要 Synthesis of Substituted 2-Amino-1,3-oxazoles via Copper-Catalyzed Oxidative Cyclization of Enamines and N,N-Dialkyl Formamides Gao, P. , Wang, J. , Bai, Z. , (...), Fan, M.-J. , Guan, Z.-H. 2017 Chemistry - An Asian Journal 待刊论文 0 查看摘要 Topological relations and piezoelectric responses of crystal-axis-oriented BaTiO3/CaTiO3 nanocomposites Hu, D. , Niu, X. , Ma, H. , (...), Kong, X. , Feng, Q. 2017 RSC Advances 0 查看摘要 | 相关文献 Study on the synthesis and tribological properties of anti-corrosion benzotriazole ionic liquid Zhang, S. , Ma, L. , Dong, R. , (...), Zhou, F. , Liu, W.M. 2017 RSC Advances 1 查看摘要 | 相关文献 ntermolecular cycloaddition of in-situ generated allenylic esters Zhao, L. , Tong, X. , Zhu, H. , Yang, D. , Fan, M. 2017 Chinese Journal of Organic Chemistry 0 查看摘要 | 相关文献 Multiple cross-correlation noise induced transition in a stochastic bistable system Wang, C.-J. , Yang, K.-L. , Du, C.-Y. 2017 Physica A: Statistical Mechanics and its Applications 0 查看摘要 | 相关文献 Two-parameter bifurcations in a discontinuous map with a variable gap Yang, K.-L. , Wang, C.-J. 2017 Nonlinear Dynamics 0 查看摘要 | 相关文献 其他检索结果待续