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[1]Xiao Lei, B Narsu, Guohong Yun, Jiangang Li and Haiyan Yao." Axial buckling and transverse vibration of ultrathin nanowires: low symmetry and surface elastic effect ." J. Phys. D: Appl. Phys., 2016 49: 175305- 175313. (IF=2.721)
[2]Jun Ai, Lu Ga，Guohong Yun, " Highly selective detection of Mercury (II) using a G‑rich oligonucleotide‑based fluorescence quenching Method ", J IRAN CHEM SOC (2016) 13:991–997. (IF: 2.215)
[3]Jun Ai, Jing Li, Lu Ga, Guohong Yun, Li Xu , Erkang Wang," Multifunctional Near-Infrared Fluorescent Nanoclusters for Simultaneous Targeted Cancer Imaging and Photodynamic Therapy", Sensors and Actuators B: Chemical 2016 222, 918-922. (IF: 4.758)
[4]Jun Ai, Jing Li, Lu Ga, Guohong Yun, Erkang Wang,"G-quadruplex/protopor -phyrin IX-functionalized silver nanoconjugates for targeted cancer cellPhotodynamic therapy", RSC Adv., 2016, 6, 96942–96945. （IF: 3.289）
[5] Lei Zhang, Jianhong Rong, Guohong Yun, Dong Wang, lingbo Bao, " The variation of linewidth in exchange coupled bilayer films with stress anisotropy", Physica B 502(2016)5-10 (IF 1.352)
[6] Lei Zhang,Jianhong Rong, Guohong Yun, Dong Wang and Lingbo Bao, "Ferromagnetic resonance in exchange coupled bilayer films with stress anisotropy " Mater. Res. Express 3(2016)076101 (IF 0.968)
[7] Jiangang Li,B Narsu,Guohong Yun and Haiyan Yao,"Elasticity theory of ultrathin nanofilms."J.Phys D:Appl. Phys.48(2015) 285301.(IF 2.772)
[8] Man Xi , Guohong Yun, B. Narsu ，"A mathematical model on stress– strain of the epimysium of skeletal muscles." Journal of Theoretical Biology, 365 (2015) 175–180.(IF 2.116)
[9] Jiangang Li,Narsu Bai,Guohong Yun,Haiyan Yao. "Elasticity theory of ultrathin nanofilms."Journal of Physics D: Applied Physics 48.28 (2015): 285301.(IF 2.772)
[10] Baocang Liu, Yuefang Niu,Yan Li,Fan Yang, Jiamin Guo,Qin Wang, Peng Jing,Jun Zhang,Guohong Yun. "A mesoporous “shell-in-shell” structured nanocatalyst with large surface area, enhanced synergy, and improved catalytic performance for Suzuki–Miyaura coupling reaction." Chemical Communications 50.82 (2014): 12356-12359.(IF 6.567)
[11] Lian-He, Li, and Yun Guo-Hong. "Elastic fields around a nanosized elliptic hole in decagonal quasicrystals." Chinese Physics B 23.10 (2014): 106104.(IF 1.436)
[12] Li, Lian-He, and Guo-Hong Yun. "Thermal stress analysis for octagonal quasicrystals." Journal of Thermal Stresses 37.4 (2014): 429-439.(IF 1.211)
[13] Hui, Yang, Yun Guo-Hong, and Cao Yong-Jun. "Effects of rotating noncircular scatterers on spin-wave band gaps of two-dimensional magnonic crystals."Chinese Physics B 23.9 (2014): 097501.(IF 1.436)
[14] Xiao Tian, Guohong Yun, Hongyu Wang, Tao Shang, Zhanquan Yao, Wei Wei, Xixia Liang,“Preparation and electrochemical properties of LaeMgeNi-based La0.75Mg0.25Ni3.3Co0.5 multiphase hydrogen storage alloy as negative material of Ni/MH battery.” international journal of hydrogen energy 39(2014) 8474-8481.(IF 2.930)
[15] Hui Yang, Guohong Yun, Yongjun Cao,“Effects of point defect shapes on defect modes in two-dimensional magnonic crystals.” Chin. Phys. B Vol. 23, No. 9 (2014) 097501. (IF 1.436)
[16] Yao Hai-Yan, Yun Guo-Hong, and Fan Wen-Liang,“Size effect of the elastic modulus of rectangular nanobeams: Surface elasticity effect.” Chin. Phys. B，22(10) 106201-1-5 (2013) (IF 1.436)
[17] Lu, Qingshan, Guohong Yun,Wenping Zhou,Jiangong Li,. "Existing form of zinc oxide and phase transformation for zinc oxide encapsulated in mesoporous silica." Journal of Materials Science & Technology 29.9 (2013): 841-845.(IF 2.267)
[18] Lu, Qingshan, and Guohong Yun. "Facile one-step solid-state reaction route to synthesize ordered mesoporous β-Zn 2 SiO 4–SiO 2 nanocomposites."Ceramics International 39.4 (2013): 3533-3538.(IF 2.758)
[19] Lu, Qingshan,Guohong Yun,Qiang Tian,WenPing Zhou. "In situ co-assembly synthesis of zinc oxide encapsulated in mesoporous silica." Materials Letters 93 (2013): 12-14.(IF 2.437)
[20] Yang, Hui, Guohong Yun, and Yongjun Cao. "Coupling characteristics of point defects modes in two-dimensional magnonic crystals." Journal of Applied Physics 112.10 (2012): 103911.(IF 2.101)
[21] Yao, Haiyan, Guohong Yun, and Narsu Bai. "Influence of exponentially increasing surface elasticity on the piezoelectric potential of a bent ZnO nanowire." Journal of Physics D: Applied Physics 45.28 (2012): 285304.(IF 2.772)
[22] Yao, Haiyan,Guohong Yun, Narsu Bai, and Jiangang Li. "Effect of surface elasticity on the piezoelectric potential of a bent ZnO nanowire." Japanese Journal of Applied Physics 51.7R (2012): 075001.(IF 1.122)
[23] Yao, Haiyan, and Guohong Yun. "The effect of nonuniform surface elasticity on buckling of ZnO nanowires." Physica E: Low-dimensional Systems and Nanostructures 44.9 (2012): 1916-1919.(IF 1.904)
[24] Yao, Haiyan,Guohong Yun，Narsu Bai,and Jiangang Li. "Surface elasticity effect on the size-dependent elastic property of nanowires." Journal of Applied Physics 111.8 (2012): 083506.(IF 2.101)
[25] Yang, Hui, Guohong Yun, and Yongjun Cao. "Point defect states of exchange spin waves in all-ferromagnetic two-dimensional magnonic crystals." Journal of Applied Physics 111.1 (2012): 013908.(IF 2.101)
[26] Yang, Hui, Guohong Yun, and Yongjun Cao. "Spin-wave band gaps created by rotating square rods in two-dimensional magnonic crystals." Journal of Physics D: Applied Physics 44.45 (2011): 455001.(IF 2.772)
[27] Yong-Jun, Cao, and Narsu Yun Guo-Hong. "Band-structure calculations of two-dimesional magnonic crystals with plane-wave expansion method."ACTA PHYSICA SINICA (2011): 77502-077502.(IF 0.677)
[28] Xiao-Juan, Hou,Yun Guo-Hong,Bai Yu-Hao,Narsu Bai,Zhou Wen-Ping."The eigenvalues of quantized spin waves and theeffect of the uniaxial anisotropy." Acta Phys.Sin.(2011): 56805-056805.(IF 0.677)
[29] Cao, Yongjun,Yun Guo-Hong,Narsu."Band structures of two-dimensional magnonic crystals with different shapes and arrangements of scatterers." Journal of Physics D: Applied Physics 43.30 (2010): 305005.(IF 2.772)
[30] Bai, Yuhao, Guohong Yun, and Narsu Bai. "The jump phenomenon in the angular dependence of the off-aligned exchange bias." Journal of Applied Physics 107.3 (2010): 033905.(IF 2.101)
[31] Xiao Juan Hou, Guo Hong Yun, Yu Hao Bai, Narsu Bai and Wen Ping Zhou , “The energy bands of quantized spin waves and the uniaxial anisotropy in a biferromagnetic system.” J. Eur. Phys. B. 78, 111（2010）(IF 1.3)
[32] Xiao Juan Hou, Guo Hong Yun, Yu Hao Bai, and Narsu Bai, “The Eigenvalues of Quantized Spin Waves and the Uniaxial Anisotropy in a Biferromagnetic System.” PIERS Proceedings, Cambridge, USA, July 5-8, 2010, 327 (ISTP)
[33] Wu, Xiaoxia, Gou Hong Yun,Narsu Bai. "Energy Band of Spin Waves in Ferromagnetic Bilayers with bcc Structures." Session 2A7: 301.
[34] Bai, YuHao, and GuoHong Yun. "Exchange bias for ferromagnetic/ antiferromagnetic bilayers with the uniaxial anisotropy being misaligned with the exchange anisotropy." Science in China Series G: Physics, Mechanics and Astronomy 52.12 (2009): 1885-1892.(IF 1.575)
[35] Liu, Jian, Guohong Yun, and Meiling Su. "Crystal microstructure, infrared absorption, and microwave electromagnetic properties of (La1− x Dy x) 2/3Sr1/3MnO3." Rare Metals 28.5 (2009): 494-499.(IF 0.957)
[36] Bai, Yuhao, Guohong Yun, and Narsu Bai. "The jump phenomenon in the angular dependence of exchange bias for ferromagnetic/antiferromagnetic bilayers." Journal of Applied Physics 106.6 (2009): 063919.(IF 2.101)
[37] Narsu, Bai, and Guo Hong Yun. "Static torsion of a magnetostrictive bimorph with in-plane anisotropy." Advanced Materials Research. Vol. 60. Trans Tech Publications, 2009.
[38] Narsu, B., and Guohong Yun. "Gradient Magnetostriction and Field Induced Deformation of a Magnetostrictive Cantilever."PIERS 2009 MOSCOW VOLS I AND II, PROCEEDINGS,(2009):1292-1297.
[39] Bai, Yuhao, Guohong Yun, and B. Narsu. "Angular Dependence of the Exchange Bias with the Uniaxial Anisotropy Perpendicular to the Unidirectional Anisotropy."PIERS 2009 MOSCOW VOLS I AND II, PROCEEDINGS, (2009): 1302-1306.
[40] Guo Hong Yun, B. Narsu. "Modeling of Bimorph Type Cantilever for Actuators." IEEE Transactions on Magnetics 44.11 (2008): 3032-3035.(IF 1.277)
[41] Bai, Narsu, and GuoHong Yun. "Analysis of film strain and stress in a film-substrate cantilever system." Science in China Series G: Physics, Mechanics and Astronomy 51.9 (2008): 1357-1366.(IF 1.575)
[42] Narsu, B., and Guohong Yun. "Modelling of the magnetostrictive trilayer cantilever for actuators." Journal of Physics D: Applied Physics 41.9 (2008): 095309.(IF 2.772)
[43] Wen Ping Zhou, Guo Hong Yun and Xi Xia Liang. "Spin waves modulated in a ferromagnetic bilayer system calculated using the interface rescaling approach."
Phys. Rev. B, 2008，77(10）：104403-1-6.(IF 3.5)
[44] Narsu. B., GuoHong Yun, and JianHong Rong. "Design and optimization of cantilevered magnetostrictive film-substrate microactuator." Science in China Series E: Technological Sciences 50.5 (2007): 683-693.(IF 1.441)
[45] Jian-Hong, Rong, and Yun Guo-Hong. "Ferromagnetic resonance in ferromagnetic bilayer films under the stress anisotropy."Acta Phys.Sin.(2007): 5483-5488.(IF 0.677)
[46] Narsu, B., and GuoHong Yun. "Bending characteristic of a cantilevered magnetostrictive film-substrate system." Science in China Series E: Technological Sciences 50.4 (2007): 454-461.(IF 1.441)
[47]Rong Jianhong, Yun Guohong, Narsu B, Sprung S D W "Ferromanetic resonance and stress anisotropy in a ferromagnetic /antiferromagnetic bilayer." J Appl. Phys.，2006,100( 8) : 083901-6.(IF 2.1)
[48] Zhou W. P., Yun G.H. "The energy bands and the dispersion relations of the spin waves in a ferromagnetic bilayer system." Surf. Sci. (2004) 53, 75-81. (IF 1.931)
[49] G. H. Yun, X. X. Liang."Conditions for the existence of interface spin waves in a biferromagnetic interface." Eur.Phys. B 35 (2003), 261-266.(IF 1.22)
[50] Guo-Hong Yun, and Liang Xi-Xia. "Specific Heat of the Spin-1/2 Antiferromagnetic Heisenberg Chain." Chinese Physics Letters 18.9 (2001): 1261.(IF 0.875)
[51] G.H. Yun, J.H. Yan, S.L. Ban, X.X. Liang, "Properties of perfect confined modes and interface modes of spin-waves in a ferromagnetic bilayer system."Surf. Sci. (1994) 318, 177-186. (IF 1.931)
[52] Yun G H , Yan J H, Ban S L. "Interface-rescaling approach to the exact solut ions of quantum low -energyeigen problems for a ferromagnetic bilay er system". Phy s. Rev. B, 1992, 46: 12 045～12048. (IF 3.5)
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