Publications

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2000
Kichambare, PD, Tarntair FG, Wang TY, Chen LC, Chen KH, Cheng HC.  2000.  Enhancement in field emission of silicon microtips by bias-assisted carburization. J. Vac. Sci. Tech.. B18:2722-2729.
Tarntair, FG, Wen CY, Chen LC, Wu JJ, Chen KH, Kuo PF, Chang SW, Chen YF, Hong WK, Cheng HC.  2000.  Field emission from quasi-aligned SiCN nanorods. Appl. Phys. Lett.. 76:20.
Kuo, CT, Lu TR, Chen LC, Chen KH.  2000.  Implication from using two different bio-molecular materials to synthesize crystalline carbon nitride films. J. Vac. Sci. Tech. B. 18:1207.
Yang, HC, Kuo PF, Lin TY, Chen YF, Chen KH, Chen LC, Chyi JI.  2000.  Mechanism of luminescence in InGaN multiple quantum wells. Appl. Phys. Lett.. 76:3712-3714.
Hsieh, CH, Huang YS, Kuo PF, Chen YF, Chen LC, Wu JJ, Chen KH, Tiong KK.  2000.  Piezoreflectance study of silicon carbon nitride nanorods. Appl. Phys. Lett.. 76:2044-2046.
Ho, YK.  2000.  Resonances in Three- and Four-Body Atomic Systems involving Electrons and Positrons. Few-Body Problems in Physics ’99. 12(Oryu, Shinsho, Kamimura, Masayasu, Ishikawa, Souichi, Eds.).:25-32.: Springer Vienna Abstract2000_7.pdf

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Huang, BR, Chen KH, Ke WZ.  2000.  Surface-enhanced Raman analysis of the diamond films by using different metals. Materials Letters. 42:162-165.
Chen, WJ, Fang TK, Ho YK, Ni CK, Kung AH, Yih TS, Fung HS, Chu CC, Wu HH, Chang TN.  2000.  Synchrotron Radiation/lasers And Doubly-Excited Atoms. Recent Advances and Cross-Century Outlooks in Physics, Interplay between Theory and Experiment. 1:173.: Citeseer Abstract
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1999
Abukawa, T, Wei CM, Hanano T, Kono S.  1999.  Correlated thermal diffuse scattering in low to medium energy electron diffraction: A new structural tool, Jan. Physical Review Letters. 82:335-338., Number 2 AbstractWebsite

We have observed simple oscillations in three-dimensional (3D) patterns of electron thermal diffuse scattering (separated from electron-electron energy loss) measured on a Si(001) surface. We interpret these oscillations as coherent interference within a small cluster of atoms in which vibrational correlation within the nearest neighbors (NN) is dominant. A 3D Patterson function analysis of the oscillation reveals the atomic structure of the Si(001) surface consisting of NN pairs including dimers. This finding provides a promising new clue to determine the structures of bulk and the surface of solids.

Kouskov, V.; Sloop, LDJ; SB, et al.  1999.   Dynamic nuclear polarization in pulsed ENDOR experiments. Journal of Magnetic Resonance. 137:25-28.
Chen, LC, Chen KH, Wei SL, Kichambare PD, Wu JJ, Lu TR, Kuo CT.  1999.  Crystalline SiCN: ahard material rivals to cubic BN. Thin Solid Films. 355:112-116.
Wu, JJ, Wu CT, Liao YC, Lu TR, Chen LC, Chen KH, Hwa LG, Kuo CT, Ling KJ.  1999.  Deposition of silicon carbon nitride by ion-beam sputtering. Thin Solid Films. 355:417-422.
Kuo, CT, Chen LC, Chen KH, Chen TM, Lu TR.  1999.  Effect of target materials on crystalline carbon nitride films preparation by ion beam sputtering. Diamond & Related Materials. 8:1724-1729.
Kuo, CT, Chen LC, Chen KH, Chen TM, Lu TR.  1999.  Effect of Target Materials on Crystalline Carbon Nitride Films Preparation by Ion Beam Sputtering. Diamond & Related Materials. 8:1724.
Kichambare, PD, Tarntair FG, Wang TY, Chen LC, Chen KH, Cheng HC.  1999.  Enhancement in Field Emission of Silicon Micro-tips by Bias-assisted Carburization. the Appl. Diamond Conference and Frontier Carbon Tech. Joint Conference 1999. :353-358., Tsukuba, Japan
T.R. Lu, Kuo* CT, Yang JR, Chen LC, Chen KH, Chen TM.  1999.  High purity nano-crystalline carbon nitride films prepared at ambient temperature by ion beam sputtering. Surface and Coatings Technology . 115:116-122.
Wu, JJ, Lu TR, Wu CT, Wang TY, Chen LC, Chen KH, Kuo CT, Yu YC, Wang CW, Lin EK.  1999.  Nano-carbon nitride synthesis from a bio-molecular target for ion beam sputtering at low temperature. Diamond and Related Materials. 8:605-609.
Chen, KH, Wu JJ, Wen CY, Chen LC, Fan CW, Kuo PF, Chen YF, Huang YS.  1999.  Wide Band Gap Silicon Carbon Nitride Films Deposited by Electron Cyclotron Resonance Plasma Chemical Vapor Deposition. Thin Solid Films. 355-356:205.
1998
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, LC, Lu TR, Bhusari DM, Wu JJ, Chen KH, Kuo CT, Chen TM.  1998.  The Use of a Bio-molecular Target for Crystalline Carbon Nitride Film Deposition by Ar Ion-Beam Sputtering without Other Source of Nitrogen. Appl. Phys. Lett.. 72:3449.
1996
Kwak, KW, Chou MY, Troullier N.  1996.  First-principles study of the H-induced reconstruction of W(110), May. Physical Review B. 53:13734-13739., Number 20 AbstractWebsite

We studied the hydrogen-induced reconstruction of the W(110) surface using the pseudopotential plane wave approach. The calculations for a full monolayer of hydrogen coverage showed that the quasithreefold hollow site (distorted bridge) has the lowest energy, and that for this geometry a surface reconstruction, consisting of a small uniform shift of the W top layer in the [1(1) over bar0$] direction, is energetically favorable. We also studied the surface states for clean and H-covered W(110) and investigated the effect of the reconstruction on electronic structure.

Klauser, R, Chen J-M, Chuang TJ, Chen LM, Shih MC, Lin J-C.  1996.  The Interaction of Oxygen and Hydrogen on a Diamond C (111) Surface: A Synchrotron Radiation Photoemission, LEED and AES Study. Surf. Sci. Lett.. 356:L410-L416.
1995
Kouskov, V.; Sloop, LDJ; SB, et al.  1995.   PULSED TRANSIENT NUTATION EXPERIMENTS OF THE PHOTO-EXCITED TRIPLET-STATE. Journal of Magnetic Resonance Series A. 117:9-15.
Chen, KH, Lai YL, Chen LC, Wu JY, Kao FJ.  1995.  High-temperature Raman Study in CVD Diamond. Thin Solid Films. 270:143.
1994
Chang, JC, Wei CM, Kuo TY, Huang KN.  1994.  THEORETICAL THRESHOLD CROSS-SECTION OF ELECTRON-IMPACT IONIZATION OF THE HYDROGEN-ATOM, Oct. Journal of Physics B-Atomic Molecular and Optical Physics. 27:4715-4733., Number 19 AbstractWebsite

Single differential and total cross sections of the electron-impact ionization of the hydrogen atom are calculated numerically in the two-potential distorted-wave approximation for excess energies from 0 to 1 eV. Partial-wave contributions to the cross sections are also investigated. The near-threshold cross section is parametrized by the power gamma and the proportionality constant a(0) for models with various asymptotic charges, and the dependence of a(0) on the asymptotic charge is studied. The validity range of the threshold power law is also discussed.