matter期刊最新论文

影响因子为10.0。

Matter目前已被Web of Science收录。

Matter在2019年共发表158篇publications，其中citable items有95。

影响因子为10.0，2020年尚余2个多月，以平均计，预计Matter在2020的第一个partial impact factor将高于12。

不同学科的期刊数目、平均参考文献数、引证半衰期等都会对期刊的影响因子和总被引频次产生影响，期刊的影响因子和总被引频次均以论文的引证与被引证的数量关系为基础。

一个学科的引文数量，总体水平取决于各学科自身的发展特点，从总体上来说，某学科来源期刊越多，该学科期刊的总被引频次和影响因子就越大。

这两大因素决定了学科影响因子和总被引频次分布的不均衡性，生物学期刊一直是SCI期刊中比较引人注目的一类期刊，在总被引频次和影响因子的数量上也有显著优势，从而说明生物科学在当代科学中所处的重要位置。

在国内外学术期刊发表的主要论文如下：1. Nd-Fe-B (B≤50at.%)三元系相图的研究，《中国科学》A辑，Vol.28, No.10, 1985, p.9092. Phase Diagrams of Nd-Fe-B Ternary System, <>, Vol.29, No.11, 1986, p.11723. 混合自旋 （S=1,1/2）模型具有再次近邻反铁磁相互作用晶格基态，《物理学报》Vol.37, No.10, 1988, 17074. Ising 自旋 （s=1/2）反铁磁超晶格低温热力学，《低温物理学报》 Vol.11, No.3, 1989, p.1795. Ising 自旋 (s=1) 周期超晶格反铁磁基态，《低温物理学报》 Vol.11, No.1, 1989, p.236. Thermodynamics at low temperature of Ising antiferromagnetic superlattices, Chinese Physics (USA), Vol.10, No.4, 1990, p.9887. Temperature dependence of magnetization and paramagnetism of ferromagnetic- antiferromagnetic superlattices, J. Phys. Condens. Matters, Vol.2, No.26, 1990, p.57658. Properties of a superlattice composed of identical ferromagnetic films with antiferromagnetic interfacial coupling, J. Phys. Condens. Matters, Vol.3, No.27, 1991, p.51079. Temperature and field dependence of magnetization of superlattices with antiferromagnetic coupling, Phys. Lett. A, Vol.154, No.7/8, 1991, p.42510. Magnetic properties of a transverse Ising film with s=1/2, J. Phys. Condens. Matters, Vol.4, No.13, 1992, p.365111. Temperature dependence of magnetic susceptibility of antiferromagnetic superlattice, Phys. Lett. A, Vol.168, 1992, p.44312. Magnetic properties of antiferromagnetic superlattices, J. Phys. Condens. Matters, Vol.5, No.21, 1993, p.344313. Phase diagrams of transverse Ising film, Physica A, Vol.193, No.1, 1993, p.13314. Magnetisation and susceptibilities of diluted Ising thin magnetic film in a transverse field, Physica A, Vol.232, No.3, 1996, p.31515. Reflection and transmission by magnetic multilayers, J. Magn. Magn. Materials, Vol.212, No.2, 2000, p.8216. Transmission by antiferromagnetic-nonmagnetic multilayers, J. Phys. Condens. Matters, Vol.11, No.13, 1999, p.269717. –k magnetostatic guided modes in ferromagnetic films, Phys. Lett. A, Vol.196, No.3, 1994, p.28118. Phase diagrams of a diluted Ising thin ferromagnetic film in a transverse field, Phys. Rev. B., Vol.51, No.10, 1995, p.671519. Phase diagrams of a diluted Ising ferromagnetic film with spin-1 in a transverse field, J. Phys. Condens. Matters, Vol.8, No.31, 1996, p.574520. 周期性调制稀释ISING 体系的相变，《物理学报>>，VOL.45, No.12, 1996, p.205421. Effects of eddy currents on retarded modes of antiferromagnets, Phys. Rev. B. Vol.59, 1999, p.3310.22. Magnetostatic waves of metal magnetic/nonmagnetic superlattices, Phys. Rev. B. 61, No.14, 2000, p.9494.23. Magnetostatic modes of a lateral antiferromagnetic/nonmagnetic superlattice, Phys. Rev. B., Vol.55, No.18, 1997, p.12424.24. Magnetostatic modes of antiferromagnet in a magnetic field nonmal to the surface, J. Magn. Magn. Materials, Vol.195, 1999, p.508.25. Magnetostatic surface and guided modes of lateral-magnetic-superlattice films,Phys. Rev. B. Vol.50, No.18 , 1994, p.13472.26. Magnetostatic modes on lateral magnetic superlattices, Phys. Lett. A. Vol.187, 1994, p.325.27. Standing waves in a rectangular magnetic wire, Phys. Lett. A Vol.199, 1995, p.224.28. Magnetostatic modes of lateral magnetic-superlattice films in a transverse field, J. Phys. Condens. Matter, Vol.9, 1997, p.5777.29. Magnetostatic modes of lateral magnetic superlattice in an applied field arbitrary direction, Phys. Rev. B.Vol.55, No.18, 1997, p.12402.30. Reflection and transmission by magnetic multilayers, J. Magn. Magn. Materials Vol.212, 2000, p.82.31. Transmission by antiferromagnetic-nonmagnetic multilayers, J. Phys.Condens. Matter Vol.11, No.13, 1999, p.2697.32. Retarded modes of a lateral antiferromagnetic/nonmagnetic superlattices, Phys. Rev. B. Vol.52, No.18, 1995, p.13353.33. Surface retarded modes of magnetic superlattices with antiferromagnetic coupling, J. Magn. Magn. Materials, Vol.257, No.2, 2003, p.15134. Nonlinear magnetostatic surface waves of magnetic multilayers: Effective- medium theory, Phys. Rev. B. Vol.63, No.5, 2001, p.05441535. Magnetostatic surface waves of lateral-magnetic superlattices, Phys. Lett. A. Vol.255, 1999, p.178.36. Xuan-Zhang Wang and Shu-Fang Fu, Dispersion properties of nonlinear bulk polaritons in uniaxial antiferromagnetic/nonmagnetic superlattices, J. Magn. Magn. Materals, Vol.271, No.2-3, 334(2004).37. Xuan-Zhang Wang and Hua Li, Nonlinear polaritons in antiferromagnetic superlattices, Phys. Rev. B,Vol.72, No.5, 054403 (2005).38. Xuan-Zhang Wang, The Faraday effect of an antiferromagnetic photonic crystal with a defect layer, J. Phys.: Condens. Matters, Vol.17, No.36, 5447 (2005).39. Jing Bai, Sheng Zhou, Feng-Li Liu and Xuan-Zhang Wang, Nonlinear infrared transmission through and reflection off antiferromagnetic films, J. Phys.: Condens. Matters, Vol.19, No.4 046217(2007).40. Rui-Hua Zhu, Cheng Jia and Xuan-Zhang Wang, Magnetostatic modes of a lateral ferromagnetic/ferromagnetic superlattice, Physics Letters A, Vol.355, No.1, 77 (2006)41．类维萍，贾城，王选章，涡流对侧向反铁磁/非磁超晶格中表面推迟模的影响，<<物理学报>> Vol.57 No.1, 535(2008)42．Di Zhang, Jianing Ma, Hua Li, Shu-Fang Fu and Xuan-Zhang Wang, Anti-resonance of electron tunneling through a four-quantum-dot ring with two side-coupled quantum dots, Phys. Lett. A, Vol.372, No.17, 3085 (2008)43. Hong Gao, Zhou mingyu, Ji Hong, Xuan-Zhang Wang and Zhiguo Zhang, Synthesis and photoluminescence of Sb-induced ZnO nanowires along [0-1,1,1] with island attached, J. Alloy and Compounds, Vol.464. 234-237 (2008).44. Hong Gao, Xitian Zhang, Mingyu Zhou, Zhiguo Zhang and Xuan-Zhang Wang, Nanohelices modified by SiO2 sheathed ZnO disks, Nanotechnology Vol.18, 065601(2007)45. Yan Zhao, Hong Gao, Sheng Zhou, Hua Li Xuan-Zhang Wang, Nonlinear Response of Uniaxial Ferromagnets and Applications to Surface Magnetostatic Waves J. Magn. Magn. Materials, Vol.320, No.21, 2560-2567(2008)46. Zhou Sheng and Xuan-Zhang Wang, Method of enhancing second-harmonic generation of antiferromagnetic film, Journal of the Optical Society of America B, Vol.25, No.10, 1639-1644(2008).47. 宋玉玲,王选章, 一维受限反铁磁光子晶体的性质, <<光学学报>> Vol.28 No12 (2008)48. 尹永琦, 李华, 马佳宁, 贺泽龙, 王选章, 多端耦合量子点分子桥的量子输运特性研究, <<物理学报>> Vol.58 No.6, 69(2009).49. Yu-Ling Song, Jing-Xing Ta, Hua Li and Xuan-Zhang Wang, Presence of left-handedness and negative refraction in antiferromagnetic/ionic-crystal multilayered films, J. Appl. Phys. Vol.106, No.6, 063119 (2009).50. Sheng Zhou, Hua Li, Shu-Fang Fu and Xuan-Zhang Wang, Second-Harmonic Generation from an antiferromagnetic film in one-dimension photonic crystals, Phys. Rev. B, Vol.80 No.20, 205409 (2009) (12 pages)51. Jing-xiang Zhao, Yi-hong Ding, Qing-hai Cai, Xiao-guang Wang andXuan-Zhang Wang, Theoretical Studies of the Magnetism of the First-Row Adatom on the Silicon Carbide (SiC) Nanotube, J. Phys. Chemistry C Vol.114, No.9 , 3825-3829 (2010)52. Jin-Xing Ta, Yu-Ling Song and Xuan-Zhang Wang, J. Appl. Phys.Vol.108, No.1 013520(2010)(4 pages)53. Shu Fang Fu, Jing Bai, Sheng Zhou, Xiu Rong Qu, Hua Li, Xuan Zhang Wang, Effects of molecular shape on polymeric liquid crystal, Key Engineering Materials, Vol.428-429, 216-219(2010)54. Jing Bai, Shu Fang Fu and Xuan-zhang Wang, Dispersion properties of bulk polaritons in uniaxial antiferromagnetic film, Key Engineering Materials Vol.428-429, 198-201 (2010)55. Jing Bai, Shu-Fang Fu, Sheng Zhou, Li Niu and Xuan-Zhang Wang, Nonlinear transmission through and reflection off antiferromagnetic sandwich, Materials Science Forum, Vol.663-665 (Optoelectronic materials), 995-998 (2010)56. Jing-Xiang Zhao, Yi-Hong Ding, Qing-Hai Cai, Xiao-Guang Wang, and Xuan-Zhang Wang, Chemical Functionalization of pyridine-like and porphyrin-like nitrogen-doped carbon nanotubes with transition metal atoms: A theoretical study, Theoretical Chemistry Accounts, Vol.127 (5-6), 727-733 (2010)57. Shu-Fang Fu and Xuan-Zhang Wang, Effects of magnetic field on shear stress of nematic liquid crystalline polymer under simple shear flow, Journal of Polymer Science: Part B48: Polymer Physics, Vol.48 (17), 1919-1926 (2010).58. Yu-Ling Song, Jin-Xing Ta and Xuan-Zhang Wang, Band gaps of two-dimensional antiferromagnetic photonic crystal, J. Appl. Phys. Vol.110. No.1 013525-5 (2011).59. Yan Zhao, Shu-Fang Fu and Xuan-Zhang Wang, Bistable transmission of antiferromagnetic Fabry-Perot resonator, J. Appl. Phys. Vol.110. No.3，023512-6 (2011)59. Jing Bai, Shu-Fang Fu, Sheng Zhou and Xuan-Zhang Wang, Reflective optical bi-stability of antiferromagnetic films, The European Physical Journal B83, No.3，343-348(2011)60.Gao Bo, Zhao J-x, Cai Qinghai, Wang Xiaoguang, and Wang Xuan-Zhang, Doping of Calcium in C60 Fullerence for enhancing CO2 capture and N2O Transformation: A Theoretical Study, J. Phys. Chem. A115 (36), 9969-9976(2011)61. Jin-Xiang Zhao, Yi-Hong Ding, Xiao-Gang Wang, Qing-Hai Cai, And Xuan-Zhang Wang, Diamond and Related Materials Vol.20 No.1, 36-41(2011)62. Xuan-Zhang Wang and Hua Li, Nonlinear propagation of electromagnetic waves in antiferromagnets, in Propagation of Electromagnetic Waves in Complex Matter, edited by by Ahmed Kishk, (Intech-Open Access Publisher, 2011)pp.55-96, Ch.363. Zhao J-X, Gao Bo，Cai Qing-Hai, Wang Xiao-Guang, and Wang Xuan-Zhang,Theoretical study of phenol adsorption on the (8, 0) silicon carbide nanotube，Chemistry and Material Science : Theoretical Chemistry Accounts Vol29 No.1, 85-92(2011).64. Dongmei Sun, Shufang Fu, Sheng Zhou and Xuan-Zhang Wang, Numerical simulation of optical bi-stability in antiferromagnetic sandwich structure, J. Magn. Magn. Materials, Vol.324, No.2, pp.183-189 (2012)65. Jin-Xing Ta, Xuan-Zhang Wang, Optical properties of antiferromagnetic/ ion-crystal superlattices, J. Magn. Magn. Materials, Vol.324 No.1, (2012) pp.72-7766. Yu-Ling Song, Jin-Xing Ta and Xuan-Zhang Wang, High second-harmonic generation of antiferromagnetic/ion-crystal composite medium with negative refraction, J. Magn. Magn Materials Vol.324 No.6, 1214-1217 (2012)67. Jin-Xing Ta and Xuan-Zhang Wang, Magneto-phonon polaritons in two-dimensional antiferromagnetic/ion-crystalic photonic crystal, Photonics and nanostructures-Fundamentals and Applications, Vo.l0 No.1 (2012) pp.1-868. Yan Zhao, Shu-Fang Fu and Xuan-Zhang Wang, Nonlinear Far Infrared Transmission of Antiferromagnetic Fabry-Perot Resonator, IEEE Transaction on Magnetics, Vol.48 No.4, 1597-1600(2012)69. 张强，周胜，厉强华，王选章，付淑芳，一维反铁磁光子晶体光学双稳效应研究，《物理学报》 Vol.61, No.15, 157501-7(2012)70. 周胜, 王选章，付淑芳，厉强华，曲秀荣，梁爽，张强，Voigt 位型下电介质/反铁磁体/电介质结构的二次谐波生成非倒易性研究，《物理学报》 Vol.61 No.18, 187501-(2012)71. Shu-Fang Fu, Jing Bai and Xuan-Zhang Wang, Effects of magnetic field on discotic nematic liquid crystalline polymers under simple shear flow, Journal of Applied Polymer Science, (2012)72. Xuan-Zhang Wang, Coupled Edge Plasmon Modes of Metal/Dielectric Multi-Wedges, Chinese Physics B, (2013),accepted for publication73. Xuan-Zhang Wang and Yan Zhao, High Faraday effect of antiferromagnetic/ion- crystal photonic crystals in far infrared region, J. Appl. Phys. (2013), accepted for publication.