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Sahoo, S, Hu MS, Hsu CW, Chen LC, Chen KH, Arora AK, Dhara S.  2008.  Surface optical Raman modes in InN nanostructures. Appl. Phys. Lett.. 93:233116-(1-3).
Chattopadhyay*, S, Lo HC, Hsu CH, Chen LC, Chen KH.  2005.  Surface enhanced Raman spectroscopy using self assembled silver nanoparticulates on silicon nanotips. Chem. Mater.. 17:553-559.
Wei, PC, Chen KH, Chen LC.  2014.  Surface diffusion controlled formation of high quality vertically aligned InN nanotubes. J. Appl. Phys.. 116:124301.
Lin, CH, Tseng SC, Liu YK, Tai Y, Chattopadhyay S, Lin CF, Lee JH, Hwang JS, Chen* LC, Chen WC, Chen* KH.  2008.  Suppressing series resistance in organic solar cells by oxygen plasma treatment. Appl. Phys. Lett.. 92:233302.
Syum, Z, Venugopal B, Sabbah A, Billo T, Chou T-chin, Wu H-L, Chen L-C, Chen K-H.  2021.  Superior lithium-ion storage performance of hierarchical tin disulfide and carbon nanotube-carbon cloth composites, 2021. Journal of Power Sources. 482:228923. AbstractWebsite

Tin-based composites are promising anode materials for high-performance lithium-ion batteries (LIBs); however, insufficient conductivity, as well as fatal volume expansion during cycling lead to poor electrochemical reversibility and cycling stability. In this work, we demonstrate the lithium-ion storage behaviors of SnS2 anode material deposited on different electrode supports. The SnS2 grown on 3D hierarchical carbon nanotube-carbon cloth composites (SnS2-CNT-CC) shows superior capacity retention and cycle stability, compared to that on planar Mo sheets and carbon cloth. The specific capacity of SnS2 on Mo, CC, and CNT-CC is around 240, 840, and 1250 g−1, respectively. The SnS2-CNT-CC electrode outperforms in the cyclic performance and rate capability compared to other electrode configurations due to the multi-electron pathway and high surface area derived from 3D hierarchical CNT-CC electrode support. Furthermore, a significant decrease in the charge transfer resistance is observed by utilizing 3D hierarchical CNT-CC electrode support. The use of 3D hierarchical structures as electrode support could be the best alternative to enhance the electrochemical performances for the next generation LIBs.

Fang, WC, Huang JH, Sun CL, Chen* LC, Papakonstantinou P, Chyan OM, Chen KH.  2006.  Superior electrochemical performance of CNxNTs using TiSi2buffer layer on Si substrates. J. Vac. Sci. Tech.. B24:87-90.
Wu, CT, Chu MW, Liu CP, Chen KH, Chen LC, Chen CW, Chen CH.  2012.  Studies of electronic excitations of rectangular ZnOnanorods by electron energy-loss spectroscopy. Plasmonics. 7:123-130.
Lehmann, G, Hess* P, Wu J-J, Wu CT, Chen KH, Chen LC, Lee H-Y.  2001.  Structure and elastic properties of amorphous SiCN films. Phys. Rev.. B64:165305-(1-10).
Shi, SC, Chattopadhyay* S, Chen CF, Chen KH, Chen LC.  2006.  Structural evolution of AlN nano-structure: nanotips and nanorods. Chem. Phys. Lett.. 418:152-157.
Chang, YS, Chien CT, Chen* CW, Chu TY, Chiang HH, Ku CH, Wu JJ, Lin CS, Chen LC, Chen KH.  2007.  Structural and optical properties of single crystal Zn1-xMgxO nanorods-experimental and theoretical studies. J. Appl. Phys.. 101:033502.
Chen*, CW, Lee MH, Chen LC, Chen KH.  2004.  Structural and electronic properties of wide band gap silicon carbon nitride materials – afirst principles study. Diamond & Relat. Mater.. 13:1158-1165.
Chatterjee, A, Shen CH, Ganguly A, Chen* LC, Hsu CW, Hwang JY, Chen KH.  2004.  Strong room-temperature UV emission of nanocrystalline ZnO films derived from a polymeric solution. Chem. Phys. Lett.. 391:278-282.
Hsu, HC, Wang* CH, Nataraj SK, Huang HC, Du HY, Chang ST, Chen LC, Chen KH.  2012.  Stand-up structure of graphene-like carbon nanowalls on CNT directly grown on polyacrylonitrile-based carbon fiber paper as supercapacitor. Diamond Relat. Mater.. 25:176.
Chou, CT, Lin CH, Tai Y, C.H.Liu, Chen LC, Chen KH.  2012.  Stacking orientation mediation of pentacene and derivatives for highopen-circuit voltage organic solar cells. J. Phys. Chem. Lett.. 3:1079-1083.
Lu, TR, Chen LC, Chen KH, Bhusari DM, Chen TM, Kuo CT.  1998.  Sputtering Process of Carbon Nitride Films by Using a Novel Bio-Molecular C-N Containing Target. Thin Solid Films. 332:74.
Chen, YC, Hsu YK, Lin YG, Chen LC, Chen KH.  2012.  Spontaneous synthesis and electrochemical characterization of nanostructured MnO2 on nitrogen-incorporated carbon nanotubes. Int. J. of Electrochem..
Dhara*, S, Sundaravel B, K.H. Chen, et al.  2004.  Spillout effect in gold nanoclusters embedded in c-Al2O3(0001) matrix. Chem. Phys. Lett.. 399:354-358.
Das*, D, Chen KH, Chattopadhyay S, Chen LC.  2002.  Spectroscopic studies of nitrogenated amorphous carbon films prepared by ion beam sputtering. J. Appl. Phys.. 91:4944-4955.
Mendoza-Galván*, A, Järrendahl K, Arwin H, Huang Y-F, Chen LC, Chen KH.  2009.  Spectroscopic ellipsometry analysis of silicon nanotips obtained by electron cyclotron resonance plasma etching. Applied Optics. 48:4996-5004.
Wu, CT, Chu MW, Chen LC, Chen KH, Chen CW, Chen CH.  2010.  Spectroscopic characterizations of individual single-crystalline GaN nanowires in visible/ultra-violet regime. Micron. 41:827-832.
Berzina, B, Trinkler L, Jakimovica D, Korsaks V, Grabis J, Steins I, Palcevskis, Bellucci S, Chen LC, Chattopadhyay S t, Chen KH.  2009.  Spectral characterization of bulk and nanostructuredaluminum nitride. J. Nanophotonics. 3:031950.
Lien, H-T, Chang Y-C, Huang C-Y, Hsu H-C, Chang S-T, Wong DP, Wang C-H, Wang C-H, Chen K-H, Chen L-C.  2021.  Solar to hydrocarbon production using metal-free water-soluble bulk heterojunction of conducting polymer nanoparticle and graphene oxide, 2021. The Journal of Chemical PhysicsThe Journal of Chemical Physics. 154(16):164707.: American Institute of Physics AbstractWebsite
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Chen, HY, Chen RS, Chang FC, Chen* LC, Chen KH, Yang YJ.  2009.  Size-dependent photoconductivity and dark conductivity of m-axial GaN nanowires with small critical diameter. Appl. Phys. Lett.. 95:143123.
Chen, HY, Chen RS, Rajan NK, Chang FC, Chen LC, Chen KH, Yang YJ, Reed MA.  2011.  Size-dependent persistent photocurrent and surface band bending in m-axial GaN nanowires. Phys. Rev. B. 84:205443.