논문 및 연구활동 |
- 연구활동(주요논문)
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[논문]
정순천, Gogurla Narendar, 박지용, Rakesh Kumar Jha, 김무영, 김지은, 김진하, 김홍덕, 박다혜, 박준성, 이태윤, 전헌수, 최주완, 최준명, 김기남, 김성환,
Engineering Silk Protein to Modulate Polymorphic Transitions for Green Lithography Resists
, ACS Applied Materials & Interfaces
, pp.56623
-56634
(Dec, 2022)
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[논문]
Gogurla Narendar, PRATAP AJAY, 엄인철, 김성환,
Brush drawing multifunctional electronic textiles for human-machine interfaces
, CURRENT APPLIED PHYSICS
, pp.131
-138
(Jul, 2022)
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[논문]
Gogurla Narendar, PRATAP AJAY, 김성환,
Elastic and Skin-Contact Triboelectric Nanogenerators and Their Applicability in Energy Harvesting and Tactile Sensing
, ACS APPLIED ELECTRONIC MATERIALS
, pp.1124
-1131
(Feb, 2022)
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[논문]
Gogurla Narendar, WAHAB ABDUL, 박지용, 김성환,
Architecting Silk Protein and Melanin for Photoresponsive and Self-Healable Optoelectronic Skins
, ADVANCED MATERIALS TECHNOLOGIES
, pp.2101271-1
-2101271-9
(Feb, 2022)
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[논문]
Gogurla Narendar, 김성환,
Self-Powered and Imperceptible Electronic Tattoos Based on Silk Protein Nanofiber and Carbon Nanotubes for Human–Machine Interfaces
, ADVANCED ENERGY MATERIALS
, pp.2100801-1
-2100801-9
(Jun, 2021)
- 국제학술논문지
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[논문]
정순천, Gogurla Narendar, 박지용, Rakesh Kumar Jha, 김무영, 김지은, 김진하, 김홍덕, 박다혜, 박준성, 이태윤, 전헌수, 최주완, 최준명, 김기남, 김성환,
Engineering Silk Protein to Modulate Polymorphic Transitions for Green Lithography Resists
, ACS Applied Materials & Interfaces
, pp.56623
-56634
(Dec, 2022)
-
[논문]
Gogurla Narendar, PRATAP AJAY, 엄인철, 김성환,
Brush drawing multifunctional electronic textiles for human-machine interfaces
, CURRENT APPLIED PHYSICS
, pp.131
-138
(Jul, 2022)
-
[논문]
Gogurla Narendar, PRATAP AJAY, 김성환,
Elastic and Skin-Contact Triboelectric Nanogenerators and Their Applicability in Energy Harvesting and Tactile Sensing
, ACS APPLIED ELECTRONIC MATERIALS
, pp.1124
-1131
(Feb, 2022)
-
[논문]
Gogurla Narendar, WAHAB ABDUL, 박지용, 김성환,
Architecting Silk Protein and Melanin for Photoresponsive and Self-Healable Optoelectronic Skins
, ADVANCED MATERIALS TECHNOLOGIES
, pp.2101271-1
-2101271-9
(Feb, 2022)
-
[논문]
Gogurla Narendar, 김성환,
Self-Powered and Imperceptible Electronic Tattoos Based on Silk Protein Nanofiber and Carbon Nanotubes for Human–Machine Interfaces
, ADVANCED ENERGY MATERIALS
, pp.2100801-1
-2100801-9
(Jun, 2021)
-
[논문]
Gogurla Narendar, WAHAB ABDUL, 김성환,
Photothermal, ultra-thin, and biocompatible carbon nanotube/silk nanofiber membrane
, JOURNAL OF THE KOREAN PHYSICAL SOCIETY
, pp.64
-69
(Jun, 2021)
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[논문]
Gogurla Narendar, 김이섭, 김장선, 조수영, 김성환,
Multifunctional and ultrathin electronic tattoos for on-skin diagnostic and therapeutic applications
, ADVANCED MATERIALS
, Vol.33
, pp.2008308
-2008308
(May, 2021)
- 국제학술발표
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[학술회의]
PRATAP AJAY, 김성환, Gogurla Narendar,
Skin-stimulated and nanostructured triboelectric nanogenerators
, The 12th International Conference on Advanced Materials and Devices
(Dec, 2021)
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[학술회의]
Gogurla Narendar, 김성환,
Energy tattoo systems based on CNT functionalized silk nanofibers for human-machine interfaces
, The 12th International Conference on Advanced Materials and Devices
(Dec, 2021)
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[학술회의]
WAHAB ABDUL, Gogurla Narendar, 김성환,
Fully biomaterial based self-healable optoelectronic skins
, The 12th International Conference on Advanced Materials and Devices
(Dec, 2021)
- 국내학술발표
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[학술회의]
WAHAB ABDUL, 김성환, Gogurla Narendar,
Self-healable optoelectronic skins
, 한국물리학회 2021년 가을 학술대회
(Oct, 2021)
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[학술회의]
Gogurla Narendar, 김성환,
Electronic tattoo systems based on silk protein and carbon nanotube for diagnosis and man-machine interfaces
, 2021년 한국물리학회 봄 학술논문발표회
(Apr, 2021)
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