Date | Presenter | Topic |
---|---|---|
Jan, 11 | 1. Yong Man Kim 2. Dr. Hyunsoo Lee |
1. Investigate of liquid-solid interface with electrochemical scanning prove microscopy 2. Piezoresponse force microscopy (PFM) and piezoelectric coefficient measurement of diphenylalanine nanotubes |
Jan, 20 | 1. Dr. Kalpataru Panda 2. Jeongjin Kim |
1. Scanning probe microscopy studies on detecting electron field emission sites and charge patterning on nanostructured diamond films 2. An approach for CO2 hydrogenation over Mo-C/Au(111) model catalyst: IRRAS study |
Jan. 25 | Dr. Tran Si Bui Trung | Pd-based catalysts for different applications and synthesis of transition-metal chalcogenides by wet-chemical approach |
Feb. 1 | 1. Hyosun Lee 2. Song Yi Moon |
1. Isotope Effect in Nonadiabatic Surface Reaction of H2 and D2 oxidation on Pt Surface Verified by Hot Electron Detection 2. Plasmonic Au nanoparticles over TiO2 nanotubes for Hot Electron-Driven Water Oxidation : a size effect study |
Feb. 15 | 1. Changhwan Lee 2. Sunyoung Oh |
1. A study on the correlation between momentum and collection of hot electrons by polarized electric field in 3D-plasmonic Au/TiO2 nanodiode 2. Investigation of strong metal support interaction in CO oxidation over supported Pt catalysts with DRIFT spectroscopy |
Mar. 3 | 1. Si Woo Lee 2. Dr. Won Hui Doh |
1. Hot Electron Flux under Methanol Oxidation 2. Adsorption and dissociation of CO2 on Rh(111) surface |
Mar. 10 | Prof. Jeong Young Park | Current Status and Future Perspective of SCALE Lab In 2017 |
Mar. 17 | 1. Myung Cheol Noh 2. Hee Chan Song |
1. Surface characterization of Ni and Ni oxide: A literature survey 2. Plasmonic Au nanoparticles on TiO2 for Hot Electron-Driven Water Oxidation : A size effect study |
Mar. 24 | 1. Song Yi Moon 2. Dr. Indranil Mondal |
1. ACS Practice Talk Hot electron and surface plasmon- driven water splitting on Au nanoparticles/TiO2 nanotube arrays 2. solar photon conversion using heterostructured materials: Reconceptualization and future plans with plasmon analouge |
Apr. 14 | 1. Jae-Eun Kim 2. Hanseul Choi |
1. Enhanced pinning properties of EuBa2Cu3O7-δ superconducting films with Eu2O3 addition prepared by pulsed laser deposition 2. Studies of OSC toward CO-PROX Reaction & Synthesis of Molybdenum Oxide Particles and their Partial Oxidation Activity |
Apr. 21 | Dr. Joong Il Jake Choi | Is graphene hydrophobic? |
Apr. 28 | 1. Seunghee Lee 2. Kalyan Chakravarthy |
1. hot electrons to study liquid/solid interfaces under catalytic reaction conditions 2. Efficient Detection of Hot Electron Flow Induced under Hydrogen Oxidation Reactions: Quantum Size effects of Pt/TiO2 Nanotube based Nanodiode |
May. 12 | 1. Jaehyoen Kim 2. Hyunhwa Lee |
1. Analysis of cross-plane thermal conduction in disordered, layerd MoS2 thin films with anisotropic Debye model 2. Grain boundaries effect in perovskite cell |
May. 26 | 1. Jaehyoen Kim 2. Hyosun Lee 3. Siwoo Lee |
Defence practice talk 1. Measurements and Control of Thermal Transport across Interfaces of Two-Dimensional Materials 2. Study on Quantitative Measurement and Manipulation of Hot Electrons for Catalytic Surface Reactions Practice talk 3. Hot Electron Flux under Methanol Oxidation |
June. 2 | 1. Jeongjin Kim 2. Eun Heui Gwag |
Proposal practice talk 1. Onset of Pt-skin disintegration on Pt3Ni(111) surface by segregated Nickel oxide clusters 2. Carbon doped TiO2 nanotube for PEC water splitting under visible light |
June. 9 | 1. Sang Jun Ko 2. Yong Man Kim |
1. AFM Tapping induced triboelectric effect on nanoscale charge transfer 2. Observations of periodic cobalt octaehtylporphyrin on Au(111) surface at liquid interface with EC-STM |
June. 23 | 1. Dr. Hyunsoo Lee 2. Dr. Ievgen I. Nedrygailov |
1. Toward reliable visualization of chemical and biological phenomena 2. Chemical reactions at liquid/solid interface promoted by hot electrons |
June. 30 | 1. Dr. Kalpataru Panda | 1. Doping dependent electrostatic charge storage in Ultrananocrystalline diamond films |
July. 7 | 1. Dr. Tran Si Bui Trung 2. Song Yi Moon |
1. Influence of strong metal-support interations on the catalytic performance of CO oxidation reaction 2. Hot Electon and Surface plasmon-Driven Water Splitting on Au Nanoparticles/TiO2 Nanotube Arrays |
July. 14 | 1.Jeongjin Kim 2. Sunyoung Oh |
1.Recent Trends of Ultrafast Dynamics Studies using by X-ray Free Electron Laser(XFEL) Source 2. Shape Effects of Cu-CeO2 catalysts on the Activity and Selectivity for CO2 hydrogenation |
July. 20 | 1.Changhwan Lee 2. Dr. Indranil Mondal |
1. Hot electron flow in various plasmonic metal/TiO2 diodes 2. Lower 3d transition metal phosphides towards photoelectrocatalysis |
Aug. 7 | 1. Dr. levgen I.Nedrygailov 2. Song Yi Moon 3. Dr. Hyunsoo Lee |
IBS evaluation 1. Probing surface reactions and catalysis with hot electrons 2. Hot Electron-Driven Solar Water Splitting on Plasmonic Metal/Oxide Nanostructure 3. Nanoscale friction properties of water intercalated graphene on mica and its isotope effects |
Aug. 25 | 1. Hee Chan Song 2. Dr. Won Hui Doh |
1. Schottky Behavior of Gold Nanoparticles on TiO2 : A Size Effect Study 2. Surface Chemistry of Carbon Dioxide- make feedstock compounds from waste |
Sep. 1 | 1. Myung Cheol Noh 2. Si Woo Lee |
1. In-situ Surface Characterization under Electrochemical Environment: Application of EC-STM 2. Pt Mesh-TiO2 Catalytic Nanodiode for Detection of Hot Electrons; The Effect of Metal-Oxide Interface |
Sep. 8 | 1. Hanseul Choi 2. Jae-Eun Kim |
1. Mechanism Study of Ga-doped NiO on CO2 Hydrogenation: The role of Gallium 2. PART 1.Topological Dependence on Adhesive Force Mapping of SiO2 by the Peak Force Quantitative Nano Mechanical Mode (PF-QNM) PART 2.The Effect of Hydrogenation on Contact Potential Difference of VO2 Nanorods by Kelvin Probe Force Microscopy |
Sep. 22 | 1. Dr. Joong Il Jake Choi 2. Woo Seok Oh |
1. AFM studies on graphite(HOPG) in pressure-controlled environment 2. Overview of MAPbBr3 perovskite solar cell |
Oct. 13 | 1. Beomjoon Jeon 2. Yeob Heo |
1. Estimation of Hot Electron Distribution using Metal-Semiconductor Schottky Nanodiode 2. Chemical sensing using Schottky nanodiodes in aluminium-water reation |
Oct. 20 | 1. Heeyoung Kim 2. Dr. Kalyan Chakravarthy |
1. Electrochemical oxidation of contaminants of emerging concerns (CECs) using CNT hollow fiber membrane 2. Efficient Detection of Hot Electron Folw Induced under Hydrogen Oxidation Reactions: Quantum Size effects of a 3D Pt/TiO2 Nanotube based Nanodiode |
Oct. 27 | 1. Hyunhwa Lee 2. Eun Heui Gwag |
1. Photocurrent detection under illumination with atomic force microscopy 2. The photoelectrochemical effects of Carbon dopants and Pt nanotubes on TiO2 nanotubes |
Nov. 3 | 1. Sang Jun Ko 2. Yong Man Kim |
1. Study on triboelectric effect in macroscale and micoroscale using TEG(triboelectric generator) and AFM 2. In situ Observations of Periodic Prphyrins from the solution/Au(111) Interface under UV light Irradiation at Molecular Lever |
Nov. 10 | 1. Hyunhwa Lee 2. Dr. Ievgen I. Nedrygailov |
Qual practice talk 1. Nanoscale Detection of Photocurrent on Au/TiO2 Plasmonic Schottky Diodes with Atomic Force Microscopy 2. Charge transfer at interfaces: Detection of hot charge carriers during catalytic and electrocatalytic reactions on metal surfaces |
Dec. 1 | 1. Song Yi Moon 2. Eun Heui Gwag 3. Yong Man Kim 4. Sang Jun Ko |
Practice talk 1. Plasmonic Hot Carrier-mediated Oxygen Evolution Reaction on Au nanoparticles/TiO2 Nanotube Arrays 2. Effects of Carbon Dopants Concentration on TiO2 Nanotube Arrays for Photoelectrochemical Water Splitting 3. In situ Observations of Periodic Porphyrins from the Solution/Au(111) Interface under UV Light Irradiation at Molecular Level 4. Study on triboelectric effect in macroscale and microscale using TEG(Triboelectric generator) and AFM(atomic force microscopy) |
Dec. 8 | 1. Dr. Hyunsoo Lee 2. Dr. Kalpataru Panda |
1. What we have achieved in 2017: tribology study(review & current status) 2. Doping & H2 plasma treatment to enhance the Electrostatic Charge Storage (ECS) properties in nanostructured Diamond films |
Dec. 15 | 1. Dr. Tran Si Bui Trung 2. Dr. Hyosun Lee |
1. Influence of acidic properties of metal supports on the catalytic performance of CO oxidation reaction 2. Atomic-Scale Understanding of Catalyst Structures under Dynamic Reaction Conditions Using In Situ Transmission Electron Microscopy |