Members

Applied Nano-Structured Materials Lab

Alumni

Applied Nano-Structured Materials Lab

Name
Graduate year
Degree
Affiliation
E-mail
Thesis
Dong-Kyoon Lee
2009. 8
M.S.
LIG NEX1
Study on organic acid-based wet chemical etching of doped Zinc Oxide thin film (M.S.)
Jong-Jin Lee
2010. 2
M.S.
Samsung Electronics
jj50.lee@samsung.com
Study on synthesis of ZnO quantum dots and their application to transparent thin film transistors (M.S.)
Jong-Uk Kim
2010. 2
M.S.
Samsung Electronics
Synthesis and luminescent characterization of Doped and Undoped II-VI semiconductor quantum dots (M.S.)
Ji-Seung Lee
2010. 2
M.S.
Samsung Electronics
Study on Growth Control and Characterization of ZnO Nanorods and Nanowires (M.S.)
Woo-Seuk Song
2013. 2
Ph.D.
LG Innotek
ws121@lginnotek.com
Study on Synthesis of Eu2+ Doped Sr-borate and Ba-silicate Phosphors for their Application to White Light-Emitting Diodes (M.S.)
Synthesis of high-quality fluorescent Cd-Free semiconductor quantum dots and their application for the fabrication of White Light-Emitting Diodes (Ph.D.)
Ho-June Byun
2010. 8
M.S.
Seoul semiconductor
hojune0820@seoulsemicon.com
Solvothermal growth of InP quantum dots and their post-treatments for a high quantum efficiency (M.S.)
Joo-Seob Ahn
2012. 2
M.S
Samsung Display
Fabrication and electrical characterization of solution-processed ZnO transparent thin-film transistors (M.S.)
Ji-Hye Kwon
2012. 2
M.S.
Amkor Technology Korea
Growth of CdS thin films by chemical bath deposition and their application to thin-film-transistors (M.S.)
Hee-Jeong Kim
2012. 2
M.S.
Toray Adv. Mater. Korea
Synthesis of II-VI semiconductor quantum dots and fabrication of quantum dot light emitting diode (M.S.)
Da-Eun Nam
2012. 2
M.S.
Samsung Display
Study on synthesis of CuInS2 quantum dots with a high quantum efficiency and their application to white light-emitting diodes (M.S.)
Ju-Chul Lee
2012. 8
M.S.
LG Electronics
juchul2.lee@lge.com
Synthesis and fluorescent properties of color-tunable InP-based colloidal quantum dot (M.S.)
Eun-Pyo Jang
2019. 8
Ph.D.
Hansol Chemical
yakuja0730@naver.com
A study for improving device stability of CuInS2 quantum dot-based white light-emitting diodes (M.S.)
Synthesis of non-cd Ⅱ-Ⅵ type ZnSexTe1-x quantum dots and their electroluminescent devices (Ph.D.)
Ki-Heon Lee
2017. 2
Ph.D.
Samsung Display
leekiheon@naver.com
Fabrication of high-efficiency and high-color purity ZnCdS blue quantum dot light-emitting diode (M.S.)
High-efficiency monochromatic and full-color quantum dot-light-emitting diodes (Ph.D.)
Jeong-Hoon Lee
2014. 2
M.S.
Kyung-In Synthetic Co.
shu6@nate.com
Synthesis and luminescent properties of blue - to - red quantum dots for application to electroluminescent display device (M.S.)
Jong-Hoon Kim
2019. 2
Ph.D.
Samsung Display
llkoreanlife@naver.com
Color-converting composite plate of CuInS2 quantum dot-polymer for high-color rendering white light emitting diode (M.S.)
Group I-II-VI quantum dots-based high-efficiency monochromatic and white electroluminescent devices (Ph.D.)
Hye-Seung Lee
2014. 2
M.S.
Samsung Display
01013music@naver.com
Synthetic optimization of green-to-red InP quantum dots for improved fluorescence and photostability (M.S.)
Sun-Hyoung Lee
2022. 8
Ph.D.
Solus Advanced Materials
sununn@hanmail.net
Fabrication of InP quantum dot-based light-emitting diode with high-color gamut, high-operational stability (M.S.)
Fabrication of high-efficiency, high-stability electroluminescent devices based on II-VI blue ZnSeTe quantum dots (Ph.D.)
Hee-Don Kang
2015. 8
M.S.
-
oirige@naver.com
Synthesis of high-quality blue-emitting quantum dots and their application for the fabrication of electrically-driven white light-emitting diode (M.S.)
Dae-Yeon Jo
2016. 2
M.S.
Ph.D. course
fastfox@naver.com
Synthesis of broadband fluorescent Cu―In―Zn―S and Cu―Ga―S quantum dots for high color rendering white light-emitting device (M.S.)
Chang-Yeol Han
2020. 8
Ph.D.
Samsung Display
honduf@naver.com
Performance improvement of quantum dot electroluminescent devices through ZnMgO nanoparticle electron transport layer (M.S.)
Non-Cd quantum dot-based electroluminescent devices toward high-efficiency and white emissivity (Ph.D.)
Jung-Ho Jo
2020. 8
Ph.D.
Samsung Display
awawaw2002@naver.com
Synthesis of highly efficient red emitting InP quantum dots for application to electroluminescent device (M.S.)
Aminophosphine-derived synthesis of InP quantum dots toward superb fluorescent properties and environmental stability (Ph.D.)
Jong-Woo Shin
2018. 2
M.S.
Samsung Display
sjw000@paran.com
Synthesis of non-Cd ZnSe quantum dots: Tunable emission and improved quantum yield (M.S.)
Min-Seok Kim
2018. 2
M.S.
Samsung Display
hihi2004@naver.com
Synthesis and surface passivation of multi-shelled green InP quantum dots (M.S.)
Bu-Yong Kim
2018. 2
M.S.
Samsung Display
ss66666@nate.com
Study on emission tunability of Cu-Ga-S quantum dots and their application to white light-emitting diodes (M.S.)
Suk-Young Yoon
2019. 2
M.S.
Ph.D. course
quartz65@naver.com
Synthesis of visible-to-near infrared emitting Cu-In-S quantum dots and their surface passivation (M.S.)
Seung-Won Lim
2019. 8
M.S.
Nanosys Korea
ysw-3328@hanmail.net
Waterless-based formation of InP quantum dots-silica composites for high-stability white LED (M.S.)
Hwi-Jae Kim
2020. 2
M.S.
UniQDot
goal07@naver.com
Synthesis of double-shelled, Cu-doped InP quantum dots and their LED application (M.S.)
Han-Byul Lim
2020. 2
M.S.
Duksan Neolux
imb7374@naver.com
Synthesis of indium bromide-based red InP/ZnSe/ZnS heterostructured quantum dots towards bright, narrow emissivity (M.S.)
Kyung-Hye Kim
2020. 2
M.S.
Hansol Chemical
0721kkh@naver.com
Cation exchange-derived synthesis of highly efficient blue-emitting In1-xGaxP quantum dots (M.S.)
Yuri Kim
2020. 8
M.S.
Ph.D. course
kimyuri12@gmail.com
Colloidal synthesis of rare earth-doped multi-functional oxide perovskite nanocrystals (M.S.)
Yang-Hee Kim
2021. 2
M.S.
Ph.D. course
kimyou1108@naver.com
Synthesis of full visible-covering Zn-Cu-Ga-Se1-xSx quantum dots and their application to white electroluminescent devices (M.S.)
Seung-Won Song
2021. 8
M.S.
Samsung Electronics
sswtt92@naver.com
Study on Cu/Mn ion-based single- and dual-doping in Ⅱ—Ⅵ type ZnSeTe quantum dots (M.S.)
Seung-Wan Choi
2022. 2
M.S.
Samsung Electronics
cswsj321@naver.com
Bright-, Sharp-Emissive Red InP Quantum Dots Synthesized with the Combination of Indium Bromide and Aminophosphine (M.S.)
Jee-na Han
2022. 2
M.S.
-
hjn681@naver.com
Control over core size of green ZnSeTe quantum dots and its effects on absorption and emission properties (M.S.)