web
  • HOME
  • >
  • BOARD
  • >
  • Lab seminar

.

Data Presenter Topic
Jan. 17

1. Dr. Prabhakar Reddy

2. Mincheol Kang

1. Effect of copper oxidation State on nano shaped Ceria supports: evaluation of metal support interaction

2. Detection of Hot Electron Flow in Antenna Reactor Plasmonic Photocatalysis with Schottky Nanodiodes

Jan. 31

1. Kyoungjae Song
2. Doo-Ho Lee

1. Methanol oxidation with Pt thin film/TiO2 Schottky nanodiode

2. Growth of water layer intercalated between MoS2 and mica

Feb. 7

1. Hanseul Choi

2. YoungJae Kim

1. Mechanism Study of Ni-Ga Bimetal Catalyst toward CO2 Hydrogenation

2. Observation of heterogeneous catalysts on UHV and near-ambient pressure

Feb. 21

1. Dr. Joong Il Jake Choi

2. Dr. Yutichai Mueanngern

1. Degradation of MAPbBr3 in water : AP-AFM and AP-XPS study

2. Catalysis at the Mesoscale

Apr. 3

1. Hong SeungHwa

2. Aleksandar Cupic

1. Crystal plane effect of Cu2O on the catalytic performance of Pt1/Cu2O single atom catalyst for the CO oxidation

2. Parameters for controlled growth of TiO2 nanotube arrays

Apr. 10

Prof. Jeong Young Park

Current Status and Future Perspective of SCALE Lab In 2020

Apr. 17

1. BeomJoon Jeon

2. Daeho Kim

1. Catalytic Performance of Au@Pd Nanocatalyst: Aspect of Charge Transfer Enhancement

2. Ex-situ and in-situ Characterization of Pt Nanoparticles supported on Mesoporous 

Co3O4 for CO Oxidation reaction

Apr. 24

1. Heeyoung Kim

Photoelectrochemical hydrogen evolution reaction of P doped g-C3N4 hollow nanocatalysts
May. 8 1. Yujin Park
2. Taek-Seung Kim

1. Investigation on hot electron flow generation and dynamics on MAPbI3/Ag/TiO2 nanodiode

2. Oxygen-driven catalytic activation in Au-Cu bimetallic nanocrystal for CO oxidation

May. 15

1. Hyunhwa Lee

2. Tae Won Go

[Practice Talk]

1. Direct observation of surface plasmon-driven hot carrier generation with photoconductive AFM

2. Frictional Change of Confined-Water Intercalated between Graphene and Mica

May. 22

1. Hee Chan Song

2. Yongman Kim

1. Water Effect on Interfacial Sites of Pt NPs/Co3O4 under CO oxidation

2. Atomic scale observation of electrocatalytic process on porphyrin-modified Au(111) electrode

May. 29

1. BeomJoon Jeon

2. Doo-Ho Lee

[Practice Talk] 

1. Fundamental Study for Hot Electron Transfer during Chemical Reaction

2. Investigation of Nanotribological Properties of Exfoliated Graphene 


June. 12

1. Jae-Eun Kim

2. Dr. Prabhakar Reddy

1. Friction at atomic steps in ambient pressures

2. Influence of Ceria Nano cube pretreatment on the preparation and performance of supported Pt catalysts


Jul. 10

1. Dr. Yutichai Mueanngern

2. Mincheol Kang

1. Studying Methanol Oxidation on Well Controlled Inverse Model Systems of CeO2-on-Pt

2.Plasmonic Photocatalytic Energy Conversion to Hot Electron on Antenna-Reactor Schottky Nanodiodes


Jul. 31

1. Kyoungjae Song

2. Dr. Si Woo Lee

1. Au nanoprism/GaN photo-electrode for hot carrier collection and water splitting reaction

2. [Practice Talk] Revealing Surface Chemical Reaction by Detecting Hot Electron Flux generated in Solid-Gas and Solid-Liquid Interfaces


Aug. 21

1. YoungJae Kim

2. Hanseul Choi

1. Adsorbate intermediates and ordered superstructure of TiO2(110) induced by CO2

2.Bimetallic synergy in Platinum-Cobalt catalyst for CO2 hydrogenation


Sep. 4

1. Hong Seung Hwa

2. Dr. Joong Il Jake Choi



Sep. 11

1. Yejin Song

2. Kyu Ho Han



Sep. 18

1. Aleksandar Cupic

2. Beomjoon Jeon



Sep. 25

1. Dr. Yongchan Jeong

2. Dr. Woosuk Choi



Oct. 16

1. Daeho Kim

2. Heeyoung Kim



Oct. 23

1. Yujin Park

2. Dr. Hyunhwa Lee


Oct. 30

1. Tae Won Go

2. Hee Chan Song



Nov. 6

1. Yongman Kim

2. Jae-Eun Kim



Nov. 13

1. Dr. Prabhakar Reddy

2. Dr. Yutichai Mueanngern



Nov. 20

1. Dr. Si Woo Lee

2. Mincheol Kang



Nov. 27

1. Kyoungjae Song

2. Doo-Ho Lee



Dec. 4

1. YoungJae Kim

2. Hanseul Choi



Dec. 11

1. Seung Hwa Hong

2. Dr. Joong Il Jake Choi



Dec. 18

1. Yejin Song

2. Kyu Ho Han




1. Aleksandar Cupic

2. Beomjoon Jeon




1. Dr. Yongchan Jeong

2. Dr. Woosuk Choi




1. 

2. 




1. 

2. 




1. 

2. 




1. 

2. 




1.

2. 




1. 

2.