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72
Nanometer Yttria-doped Ceria Shell by Atomic Layer Deposition over Porous Pt for Improved Oxygen Reduction Reactions
International Journal of Precision Engineering and Manufacturing-Green Technol. (IF: 4.2, JCR 23%), Vol.10, p.773 (교내과제 지원) (Collaboration w/ NTU (Singapore))
J. W. Shin
S. Lee
D. Go
B. C. Yang
T. Kim
S. E. Jo
P.C. Su
J. An*
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71
High-Performance Graphene-Dielectric Interface by UV-Assisted Atomic Layer Deposition for Graphene Field Effect Transisto
Advanced Electronic Materials (IF: 6.2, JCR 20%), Vol.9, p.2300074 (산기평(나노융합), 연구재단(중견, 중점연) 지원)(Collaboration w/ Kwangwoon Univ.)(Front Cover Article) (Awarded as "Best Poster Award" in ALD 2022) [POSTECH·싱가포르 난양공대·서울과기대 공동 연구팀, 고품질 그래핀-유전막 계면 구현하는 기술 개발] https://m.dongascience.com/news.php?idx=60911 https://www.newsfreezone.co.kr/news/articleView.html?idxno=500167 https://www.kyongbuk.co.kr/news/articleView.html?idxno=2137968
G. Park
D. Go
S. Jo
T. H. Lee
J.W. Shin*
J. An*
-
70
Conformal three-dimensional platinum coating using rotary-type atomic layer deposition for a diesel oxidation catalyst application
International Journal of Precision Engineering and Manufacturing-Green Technol., Vol.10, p.1249 (SCI(top 25%), IF: 4.2) (Collaboration w/ KETI, SKKU (Korea))
S. H. Yoon
M. J. Kil
J. H. Jeon
J. Han
H. M. Kim
S. G. Kim
E. S. Lee
Y. An
J. An
J. B. Choi
I. Jeon
H. Kim
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69
High Performance Nanostructured Flexible Capacitor by Plasma-Induced Low Temperature Atomic Layer Annealing
Advanced Materials Technologies, Vol.8, p.2201134 (SCI(top 20%), IF: 8.856)(산업부(나노융합), 교육부(중점연), 과기부(신진) 지원) (Collaboration w/ Nat'l Nano Fab Center(NNFC) (Korea))(Front Cover Article) [MSDE학과 안지환 교수팀/기계·자동차공학과 옥종걸 교수팀, 응용 소재 분야 최우수 저널 'Advanced Materials Technologies'에 표지 논문 게재 ] https://www.seoultech.ac.kr/service/info/news/?do=commonview&searchtext=&searchtype=-1&nowpage=1&bnum=3596&bidx=529898&cate=14
J. Lee#
D. Go#
U. Lee
S. Lee
K. H. Kim
J. W. Shin
H. Kim
C. M. Yang
J. G. Ok*
J. An*
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68
Metal-Oxide Nanocomposite Catalysts Simultaneously Boosts the Oxygen Reduction Reactivity and Chemical Stability of Solid Oxide Fuel Cell Cathode
Chemical Engineering Journal, Vol.455, p.140611 (SCI(top 3%), IF: 16.744) (산업부(에기평) 지원)(Collaboration w/ KAIST (Korea))
S. H. Jeon
J. Seo
J. W. Shin
S. Lee
H. G. Seo
J. Kim
N. Tsvetkov
J. An*
W. C. Jung*
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67
Pt-SDC Alloy Anode for Methanol Fueled Solid Oxide Fuel Cell
Ceramics International, Vol. 921, p.166078 (SCI(top 10%), IF: 5.2) (교내 미래핵심과제 지원) (Collaboration w/ Stanford univ. (US))
B.C. Yang
S.E. Jo
T. Kim
G. Park
D. Go
T. M. Gur
J. An*
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66
Reactive Sputtered Ni-SDC Cermet Alloy Anode for Low-Temperature Solid Oxide Fuel Cell
Journal of Alloys and Compounds, Vol. 924, p. 166332 (2022) (SCI(top 10%), IF: 6.2) (교내 SCI 과제 지원) (Collaboration w/ Stanford univ. (US))
T. Kim
H. J. Kim
G. Y. Cho
T. M. Gur
J. An*
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65
Effect of Nitrogen Plasma on the Mechanical and Electrical Properties of Plasma-Enhanced Atomic Layer Deposited TiN Films
Ceramics International, Vol. 48, pp. 25651-25655 (2022) (SCI(top 10%), IF: 4.527) (산업부(나노융합, 고신뢰성), 교육부(중점연) 지원)
J. W. Shin
J. Lee
K. H. Kim
C. Kwon
Y. B. Park
H. Park
K. Kim
H. S. Ahn
D. Shim*
J. An*
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64
Atomic Layer Deposition for Thin Film Solid-State Battery and Capacitor: A Review
International Journal of Precision Engineering and Manufacturing-Green Technol.(invited review), accepted (SCI(top 25%), IF: 4.2)(과기부(한일후속, 중점연), 산업부(에기평) 지원) (Collaboration w/ UC Irvine(US) and Nagoya univ.(Japan))
D. Go
J. W. Shin
S. Lee
J. Lee
B.C. Yang
Y. Won
M. Motoyama*
J. An*
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63
Co-sputtered Pt/Ti alloy cathode for low temperature solid oxide fuel cell
Journal of Alloys and Compounds , Vol.900, 163407 (2022/04) (SCI(top 10%), IF: 6.371)(교내 SCI 과제 지원)
J. Lee
D. Go
H. Kim
B. C. Yang
T. Kim
J. W. Shin
G. Park
J. An*(*corresponding author)
