Kwon Group, Physics, Kyung Hee University

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lab:publications

Publications in Computational NanoPhysics Lab

The pdf files linked on this page are available only for internal use only. None of links would work for external approach.
To access a full article of one of our publications, please click its title or button to connect the article page in the corresponding publisher, or click arxiv.jpg button for its preprint version if available.
Total citations: 7042; h-index: 27 as of March 27, 2019
(For updated data, see Citations in Google Scholar)
Published in various journals:
(*The impact factors (IF) & journal rankings1) are given as footnotes.)


Submitted


2019


2018


2017


2016


2015


2014


2013


2012


2011


2010

  • Designing rigid carbon foams
    Sora Park, Kritsada Kittimanapun, Jeung Sun Ahn, Young-Kyun Kwon, and David Tomanek, J. Phys.: Condens. Matt. 22, 334220 (2010).
    link: download:

2009


2008


2007


2006

  • Hydrogen storage and supply system
    Keith Bradley, Jeff Wyatt, Seung-Hoon Jhi, Young-Kyun Kwon, Jean-Christophe P. Gabriel, and George Gruner, US Patent 7,036,324 issued on May 02, 2006.
    link: download:

2005


2004

  • Hydrogen storage and supply system
    Keith Bradley, Jeff Wyatt, Seung-Hoon Jhi, Young-Kyun Kwon, Jean-Christophe P. Gabriel, and George Gruner, US Patent 6,834,508 issued on December 28, 2004.
    link: download:

2003

  • Magneto-conductance in Twisted Carbon Nanotubes
    Steven Bailey, David Tomanek, Young-Kyun Kwon, and Colin J. Lambert, in Hideaki Takayanagi and Junsaku Nitta (eds.), Toward the Controllable Quantum States - International Symposium on Mesoscopic Superconductivity and Spintronics (MS+S2002), pp. 502-507, World Scientific, Singapore (2003).
    link: download:

2002


2001


2000

  • Quantum Transport in Inhomogeneous Multi-Wall Nanotubes
    Stefano Sanvito, Young-Kyun Kwon, David Tomanek, and Colin J. Lambert, in David Tomanek and Richard J. Enbody (eds.), Science and Application of Nanotubes: Proceedings of the Nanotube '99 Conference, pp. 333-347, Kluwer Academic Press, New York, NY (2000).
    link: download:

1999

  • The potential of carbon-based memory systems
    Mark Brehob, Richard Enbody, Young-Kyun Kwon, and David Tomanek, in R. Rajsuman, and T. Wik (eds.), Memory Technology, Design and Testing, 1999. Records of the 1999 IEEE International Workshop on, pp. 110-114, IEEE Computer Society, San Jose, CA (1999).
    link: download:

1998


1997


1992

1) Source: 2016 JCR; bold-red-underlined: top 5%; bold-red: top 10 %; bold-underlined: top 15 %; bold: top 20%; underlined: top 25 %
2) IF:8.462; 6/79 in Multi Phys
3) IF: 3.836; 18/67 in Condens Matter Phys
4) IF: 38.986; 1/87 in NanoSci & Tech; 2/275 in Multi Mater Sci
5) IF: 37.308; 1/92 in Optics; 2/148 in Appl Phys
6) IF: 9.157; 17/275 in Multi Mater Sci
7) IF: 4.259; 10/64 in Multi Sci
8) IF: 13.942; 9/275 in Multi Mater Sci; 4/87 in NanoSci&Tech; 5/146 in Phys Chem; 9/166 in Multi Chem
9) IF: 9.466; 15/275 in Multi Mater Sci; 12/146 in Phys Chem
10) IF: 4.536; 43/275 in Multi Mater Sci; 31/146 in Phys Chem; 25/87 in NanoSci & Tech
11) IF: 6.045; 6/78 in BioChem Res Method; 25/166 in Multi Chem; 18/87 in NanoSci & Tech
12) IF: 5.256; 36/275 in Multi Mater Sci; 18/148 in Appl Phys
13) IF: 4.123; 6/36 in Atom Mol Chem Phys; 38/146 in Phys Chem
14) IF: 3.885; 12/76 in Anal Chem
15) IF: 3.108; 59/166 in Multi Chem
16) IF: 8.643; 20/275 in Multi Mater Sci; 11/148 in Appl Phys; 15/157 in Multi Chem; 8/79 in NanoSci & Tech; 10/67 in Condens Matter Phys; 16/146 in Phys Chem; 18/166 in Multi Chem; 10/87 in NanoSci & Tech
17) IF: 1.423; 164/260 in Elec & Elec Eng; 57/94 in Optics; 18/27 in Imag Sci & Photo Tech
18) IF: 3.411; 29/148 in Appl Phys
19) IF: 3.440; 28/148 in Appl Phys; 60/275 in Multi Mater Sci; 35/87 in NanoSci & Tech
20) IF:2.588; 44/148 in Appl Phys
21) IF: 1.957; 23/79 in Multi Phys
22) IF: 2.678; 23/67 in Condens Matter Phys
23) IF: 3.387; 1/19 in Coatings & Films Mater Sci; 32/148 in Appl Phys; 19/67 in Cond Matt Phys; 46/146 in Phys Chem
24) IF: 3.133; 5/74 in Metal & Metal Eng; 66/275 in Multi Mater Sci; 51/146 in Phys Chem
25) IF: 2.058; 142/285 in Multi Mater Sci; 62/146 in Appl Phys
26) IF: 1.815; 18/36 in Atom Mol Chem Phys; 88/146 in Phys Chem
27) IF: 1.554; 42/67 in Condens Matter Phys
28) IF: 2.806; 15/64 in Multi Sci
29) IF: 1.866; 45/130 in Mech Eng; 22/58 in Thermodyn
30) IF: 1.673; 151/275 in Multi Mater Sci
31) IF: 0.467; 71/79 in Multi Phys
32) IF: 0.514; 67/79 in Multi Phys
33) IF: 2.067; 38/101 in 교육학
lab/publications.txt · Last modified: 2016/01/11 23:00 (external edit)