文章题目： Observation and properties of the X(3872) decaying to J/psipi(+)pi(-) in pp collisions at sqrt =1.96 TeV. 文章地址：http://www.ncbi.nlm.nih.gov/pubmed/15524981 影响力：2004年发表，至今引用6次，google学术搜素
Browse Results by COUNTRY - PEOPLES REP CHINA Home Browse Results Results 1 to 22 (of 22) Page 1 of 1 Name Institution Country Category Chan, Raymond H. Chinese University of Hong Kong Peoples Rep China Mathematics Che, Chi-Ming University of Hong Kong Peoples Rep China Chemistry Chen, Hesheng Institute of High Energy Physics Peoples Rep China Physics Chew, Weng Cho The University of Hong Kong Peoples Rep China Computer Science Chiu, Andrew T. Hong Kong Polytechnic University Peoples Rep China Pharmacology Gao, Lian Chinese Academy of Sciences Peoples Rep China Physics Harrison, Paul J. Hong Kong University of Science Technology Peoples Rep China Plant Animal Science Ko, Ping K. Hong Kong University of Science Technology Peoples Rep China Engineering Kwong, Man Kam Hong Kong Polytechnic University Peoples Rep China Mathematics Liew, Kim Meow City University of Hong Kong Peoples Rep China Engineering Liu, C. T. Hong Kong Polytechnic University Peoples Rep China Materials Science Mak, Thomas Chung-Wai Chinese University of Hong Kong Peoples Rep China Chemistry Ni, Lionel M. Hong Kong University of Science Technology Peoples Rep China Computer Science Qi, Liqun Hong Kong Polytechnic University Peoples Rep China Mathematics Qian, Yi-Tai University of Science and Technology of China Peoples Rep China Materials Science Tsui, Anne S. Hong Kong University of Science and Technology Peoples Rep China Economics/Business Tsui, Lap-Chee The University of Hong Kong Peoples Rep China Molecular Biology Genetics Vanhoutte, Paul M. University of Hong Kong Peoples Rep China Biology Biochemistry Pharmacology Clinical Medicine Wei, Victor Keh-wei Chinese University of Hong Kong Peoples Rep China Computer Science Wong, Chak-Kuen Chinese University of Hong Kong Peoples Rep China Computer Science Wood, Derick Hong Kong University of Science Technology Peoples Rep China Computer Science Zhang, Tao Beijing University of Aeronautics and Astronautics Peoples Rep China Materials Science function goToLinkHelp() { win_browser = window.open("http://hcr3.isiknowledge.com/help.cgi?h=hover.htm", "HCR_help", "width=665,height=475,toolbar=yes,scrollbars=yes,menubar=yes,resizable=yes"); win_browser.focus(); } = Highly cited researcher Copyright 2008 Thomson ISI
王应宽 编译 2009-07-20 UTC-6 CST UMN, St Paul 高能物理学论文在 arXiv 中的开放仓储产生 5 倍的引用优势 Gentil-Beccot 等对高能物理学领域人们阅读与引用行为的重要研究，得出以下有充分根据的结论： （ 1 ） 开放存取研究论文可以显著增加其影响。 （ 2 ） 论文开放存取越早，其影响越大。 （ 3 ） 高能物理学研究人员是最早将其论文开放存取的（始于 1991 年，而且是在没有被要求的情况下自愿做的）。 （ 4 ） 金色 OA 并未在绿色 OA 基础上产生更进一步的影响优势。 但是，在理解此文时需要记住以下附加说明： A. 高能物理学研究人员的确从 1991 年开始自愿（非强制的，而计算机科学家甚至更早做开放仓储）提供开放存取。但在随后的岁月里，尽管在所有学科中反复证实绿色开放存取的影响优势，自愿跟随做开放存取的唯一其他学科只有经济学。尽管还有更多的表明开放存取可以增加影响的证据颇受欢迎，但仍然不足以引导足够多的研究者提供开放存取。只有来自其机构和基金资助机构的强制存档要求才能确保他们进行开放存取。 B. 事实上，当有绿色开放存取版本后，用户比较喜欢访问绿色 OA 版本，而不再阅读期刊了，但这决不表明期刊已经不再必要了。期刊是（过去一直是）必需的同行评审服务提供者和证实者，他们仍旧是。这种重要的功能是必不可少的。高能物理学研究人员如同过去所做的一样仍然一如既往的给同行评审的期刊投稿。他们在 arXiv 中既仓储未经同行评审的预印本，也存储经过同行评审的后印本（连同期刊参考文献）。 C. 尽管还没有被系统的证实，可能在高能物理学和天体物理学领域期刊的买得起 / 访问引用问题没有许多其他学那么严重。开放存取的重要功能就是提供给那些买不起期刊的读者快速访问途经。因此，在高能物理学领域，提早访问影响优势源自在提供出版的版本之前先提供预印本开放存取与大多数其它学科一样，自动转化成开放存取影响优势，因为如果没有开放存取许多潜在的用户即使在证实出版之后都没有访问途经，因而也不能对增加论文的影响做任何贡献。 D. 几乎没有人质疑金色 OA 比绿色 OA 取提供更大的开放存取优势。 OA 优势就是 OA 优势，不论是绿色还是金色。只是发生在通过期刊之内比较（绿色与非绿色的论文）和期刊之间（金色与非金色的期刊）的比较，更容易和更严密的检验和证明罢了。 结 论 学术传播正处在新技术和新的出版模式的十字路口。对高能物理学领域使用预印本和仓储库近 20 年的数据分析为开放存取的讨论提供了独特的论据，主要包括以下四点发现： 1 ）提交论文到开放存取学科仓储 arXiv 产生 5 倍的引用优势。 2 ）论文在仓储库中呈现的引用优势与证实出版前的预印本传播密切相关，在两年考察期内，高能物理学论文 20% 的引用发生在论文发表前。 3 ）在金色的开放存取期刊发表论文没有额外增加明显的引用优势。 4 ）比之于在期刊网站下载最终发表的版本，高能物理科学家更愿意从 arXiv 中下载预印本形式的论文，后者是前者的 4-8 倍。 综合以上发现， 得出以下三点关于长期实行绿色 OA 的高能物理学科学术传播方面的结论： 1 无论对于个体的作者，还是学科整体，免费及时的传播学术思想都具有巨大的优势，可加快科学研究的进程。 2 开放存取在高能物理学领域的优势尽显，且没有强制要求，也没有争辩。广泛的采纳开放存取源于对作者自身的直接利益。 3 同行评审期刊作为科学交流的工具丧失了其应有的地位，而学术交流的途径事实上已转向学科仓储。 附：背景小知识 绿色开放存取（ Green OA ） VS. 金色开放存取（ Gold OA ） 根据布达佩斯开放存取倡议（BOAI），主要有两种开放存取途径，即自己存档或开放仓储，开放存取期刊。Stevan Harnad把BOAI-1（开放存档）和BOAI-2（开放存取期刊）实现开放存取的两种策略，对应称为绿色之路和金色之路。Keith G Jeffery也采用这种提法。绿色之路，又称绿色开放存取（Green OA）, 指作者可以对自己论文的预印本、后印本、经同行评审过的会议论文或专著进行存档，提供开放访问。绿色之路通过与各种出版系统并存合作实现出版物的免费访问，但其自己并不真正出版。金色之路，又称金色开放存取（Gold OA），指作者或作者所在机构向出版者付费在开放存取期刊发表论文，出版者自出版之日起就提供论文的免费访问。金色之路是一种电子出版，但目前大多数电子出版物都是非OA模式，通过付费访问（Toll-access）获取订阅费。OA期刊和OA存档或仓储的主要区别在于OA期刊实行同行评审机制，而OA存档没有采用同行评审，其它的差别，特别是创建和运行成本与困难等均源于此。这两种途经并非截然对立、相互排斥，而可以共存，并可对其进行有机整合。 摘自：王应宽. 中国科技学术期刊的开放存取出版研究 .北京:北京大学,2006,12. 另参见博文： http://www.sciencenet.cn/m/user_content.aspx?id=21497 引用： Gentil-Beccot, Anne; Salvatore Mele, Travis Brooks (2009) Citing and Reading Behaviours in High-Energy Physics: How a Community Stopped Worrying about Journals and Learned to Love Repositories . This is an important study, and most of its conclusions are valid: (1)Making research papers open access (OA) dramatically increases their impact. (2)The earlier that papers are made OA, the greater their impact. (3)High Energy Physics (HEP) researchers were among the first to make their papers OA (since 1991 , and they did it without needing to be mandated to do it!) (4) Gold OA provides no further impact advantage over and above Green OA . However, the following caveats need to be borne in mind, in interpreting this paper: (a)HEP researchers have indeed been providing OA since 1991, unmandated (and computer scientists have been doing so since even earlier). But in the ensuing years, the only other discipline that has followed suit, unmandated, has been economics , despite the repeated demonstration of the Green OA impact advantage across all disciplines. So whereas still further evidence (as in this paper by Gentil-Beccot et al) confirming that OA increases impact is always very welcome,that evidence will not be sufficient to induce enough researchers to provide OA; only mandates from their institutions and funders can ensure that they do so. (b)From the fact thatwhen there is a Green OA version available, users prefer to consult that Green OA version rather than the journal version, it definitely doesnotfollow that journals are no longer necessary. Journals are (and always were) essentiallypeer-review service-providers and cerifiers, and they still are. That essential function is indispensable. HEP researchers continue to submit their papers to peer-reviewed journals, as they always did; and they deposit both their unrefereed preprints and then their refereed postprints in arxiv (along with the journal reference). None of that has changed one bit . (c)Although it has not been systematically demonstrated, it is likely that in fields like HEP and astrophysics, the journal affordability/accessibility problem is not as great as in many other fields. OA's most important function is to provide immediate access to those who cannot afford access to the journal version. Hence the Early Access impact advantage in HEP -- arising from making preprints OA well before the published version is available -- translates, in the case of most other fields, into the OA impact advantage itself, becausewithout OA many potential users simply do not have access even after publication, hence cannot make any contribution to the article's impact. (d) Almost no one has ever argued (let alone adduced evidence) that Gold OA provides agreaterOA advantage than Green OA.The OA advantage is the OA advantage, whether Green or Gold. (It just happens to be easier and more rigorous to test and demonstrate the OA advantage through within-journal comparisons than between-journal comparisons .) Stevan Harnad EXCERPTS: from Gentil-Beccot et al : ABSTRACT: Contemporary scholarly discourse follows many alternative routes in addition to the three-century old tradition of publication in peer-reviewed journals. The field of High- Energy Physics (HEP) has explored alternative communication strategies for decades, initially via the mass mailing of paper copies of preliminary manuscripts, then via the inception of the first online repositories and digital libraries. This field is uniquely placed to answer recurrent questions raised by the current trends in scholarly communication: is there an advantage for scientists to make their work available through repositories, often in preliminary form? Is there an advantage to publishing in Open Access journals? Do scientists still read journals or do they use digital repositories? The analysis of citation data demonstrates that free and immediate online dissemination of preprints creates an immense citation advantage in HEP, whereas publication in Open Access journals presents no discernible advantage. In addition, the analysis of clickstreams in the leading digital library of the field shows that HEP scientists seldom read journals, preferring preprints instead.... ... ...arXiv was first based on e-mail and then on the web, becoming the first repository and the first green Open Access5 platform... With the term green Open Access we denote the free online availability of scholarly publications in a repository. In the case of HEP, the submission to these repositories, typically arXiv, is not mandated by universities or funding agencies, but is a free choice of authors seeking peer recognition and visibility... The results of an analysis of SPIRES data on the citation behaviour of HEP scientists is presented... demonstrat the green Open Access advantage in HEP... With the term gold Open Access we denote the free online availability of a scholarly publication on the web site of a scientific journals.... There is no discernable citation advantage added by publishing articles in gold Open Access journals... ... Conclusions Scholarly communication is at a cross road of new technologies and publishing models. The analysis of almost two decades of use of preprints and repositories in the HEP community provides unique evidence to inform the Open Access debate, through four main findings: 1. Submission of articles to an Open Access subject repository, arXiv, yields a citation advantage of a factor five. 2. The citation advantage of articles appearing in a repository is connected to their dissemination prior to publication, 20% of citations of HEP articles over a two-year period occur before publication. 3. There is no discernable citation advantage added by publishing articles in gold Open Access journals. 4. HEP scientists are between four and eight times more likely to download an article in its preprint form from arXiv rather than its final published version on a journal web site. Taken together these findings lead to three general conclusions about scholarly communication in HEP, as a discipline that has long embraced green Open Access: 1. There is an immense advantage for individual authors, and for the discipline as a whole, in free and immediate circulation of ideas, resulting in a faster scientific discourse. 2. The advantages of Open Access in HEP come without mandates and without debates. Universal adoption of Open Access follows from the immediate benefits for authors. 3. Peer-reviewed journals have lost their role as a means of scientific discourse, which has effectively moved to the discipline repository. HEP has charted the way for a possible future in scholarly communication to the full benefit of scientists, away from over three centuries of tradition centred on scientific journals. However, HEP peer-reviewed journals play an indispensable role, providing independent accreditation, which is necessary in this field as in the entire, global, academic community. The next challenge for scholarly communication in HEP, and for other disciplines embracing Open Access, will be to address this novel conundrum. Efforts in this direction have already started, with initiatives such as SCOAP3...
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Anti-inflammatory effect of hydrogen-rich saline in a rat model of regional myocardial ischemia and reperfusion. International Journal of Cardiology.2010; in press pdf 43. Sun Q, Cai JM, Liu SL, Liu Y, Xu WG, Tao HY, Sun XJ. Hydrogen-rich saline provides protection against hyperoxic lung injury. J Surg Res. 2011 ;165:e43e49 pdf offprint 44. Chen X, et al. Lactulose: an indirect antioxidant ameliorating inflammatory bowel disease by increasing hydrogen production. Medical Hypotheses 2010 pdf1 45. Sun H, Chen L, Zhou W, Hu L, Li L, Tu Q, Chang Y, Liu Q, Sun X, Wu M, Wang H.The Protective Role of Hydrogen -Rich Saline in Experimental Liver Injury in Mice. J Hepatology. 2010; in press 46. Sun Q, Cai JM,Zhou JR,Tao HY,Zhang JH,Zhang W,Sun XJ.Hydrogen-rich saline reduces delayed neurologic sequelae in experimental carbon monoxide toxicity. Critical Care medicine. 2010 in press 47. Wang F, Yu G, Liu SY, Li JB, Wang JF, Bo LL, Sun XJ, Deng XM. . Hydrogen-rich saline protects against renal ischemia/reperfusion injury in rats. J Surg Res.2010; in press pdf 48. Fang Y. Fu XJ, Gu C, Xu P, Wang Y, Yu WR, Sun Q, Sun XJ, Yao M. Hydrogen-Rich Saline Protects against Acute Lung Injury Induced by Extensive Burn in Rat Model. J Burn Care Res.in press 49. Liu Y, Xue F, Liu GK, Wang X, Liu Y, Liu WW, Xu L, Sun XJ. Helium preconditioning attenuates hypoxia/ischemia-induced injury in the developing brain. Brain res. 2011. in press 50 . Liu SL, Liu K, Sun Q, Liu WW, Xu WG, Denoble P, Tao HY, Sun XJ. Consumption of hydrogen water reduces paraquat-induced acute lung injury in rats. J Biomed Biotechnol. 2011; Medline 论文目录 Sun Xuejun in Scopus SMMU sudf Caoxt Wumc 前这些论文的引用情况不太理想 , 但 08 和 09 年的文章我们充满自信 , 估计部分论文的引用在 1 年内能超过 10 次 . 请各位老师监督 . 我随时汇报。 * 为通讯作者
我们的复合材料强度和破坏分析的论文 Li, Hongzhou; Jia, Yuxi* ; Mamtimin, Geni; Jiang, Wei; An, Lijia * . Stress transfer and damage evolution simulations of fiber-reinforced polymer-matrix composites, Mat. Sci. Eng. A-Struct. Mater. , 2006 , 425 , 178-184 被 Leon Mishnaevsky Jr. 和 Povl Brondsted 在论文 Micromechanical modeling of damage and fracture of unidirectional fiber reinforced composites: A review, Computational Materials Science , 2009, 44: 1351-1359 里详细评论如下： The BIS ( break influence superposition) technique has been combined with FEM by Li et al. . Li and colleagues modeled the stress transfer from broken to unbroken fibers in fiber reinforced polymer matrix composites. The damage evolution in composites, including the fiber fracture, damage cracking and interface debonding, was simulated using FEM combined with the Monte-Carlo technique. The authors observed in the numerical experiments, that while both low and high interface sliding strengths lead to the decrease of the composite strength (due to the large scale debonding and matrix cracking), the moderate interface sliding strength weakens the negative effect of the fiber fracture on the composite strength.
我们发表在ACTAMATERIALIA上的反应加工多目标优化的论文（YuxiJia,ShengSun,LiliLiu,YueMuandLijiaAn, ActaMater .,2004,52: 4153-4159）， 被 K. Mitra 在论文 Genetic algorithms in polymeric material production, design, processing and other applications: a review , International Materials Reviews , 2008, 53: 275-297 里详细评论如下： Jia et al . solved a weight based multiobjective optimisation problem for producing silicone rubber based on given requirements. They derived the explicit expressions between composition and mechanical properties of silicone rubber from the physics of polymer elasticity and deduced the implicit expressions among material composition, reaction conditions and reaction efficiency from chemical thermodynamics and kinetics. The multi-objective problem was to find out optimal values for material composition and reaction conditions (average number of structure units in an initial molecule, an average number of cross-linkable structure units in an initial molecule, reaction medium temperature) by achieving simultaneous minimisation of the difference between the model predicted shear modulus and reaction time and their corresponding desired values 。直译为：贾玉玺等人以硅橡胶制品的反应加工制备为例，按照给定的要求，求解了基于权重的多目标优化问题。他们根据聚合物弹性的物理学原理，获得了材料体系组分和力学性质之间的显式函数关系式；而且，他们还根据化学热力学和动力学理论，建立了材料体系组分、反应加工条件和反应效率之间的隐式表达式。他们求解的多目标优化问题是要同时得到材料体系组分和反应加工条件的最优解（在初始分子里结构单元的平均数量、在初始分子里可交联的结构单元的平均数量、反应加工介质温度）。他们采用了基于优化模型而预测的剪切模量、反应加工时间与相应的期望值之间差异的同时最小化方法，得到了上述多决策变量的最优解。
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