에너지환경 화학융합세미나

강의상세

This course is designed to explore special topics in chemical convergence for energy and environment which invited speakers will deliver.

Multiscale Modeling of Structure and Transport in Proton Exchange membrane Fuel Cells

1.	Introduction (Course Description)	Introduction (Course Description)
2.	Multiplexed Protein Chip to Manage Patients with Complex Diseases	3월 14일 이석원
3.	Multiscale Modeling of Structure and Transport in Proton Exchange membrane Fuel Cells	Multiscale Modeling of Structure and Transport in Proton Exchange membrane Fuel Cells
	Multiscale Modeling of Structure and Transport in Proton Exchange membrane Fuel Cells	3월 21일 Keffer
4.	Interfacial Resistance of Polymer Electrolyte Membranes in Water-Treatment and Fuel cells	3월 28일 문승현
5.	Current Issues in Fuel Cell Research	4월 4일 임태훈
6.	Nanoparticles for Biomedical Applications	04월 11일 김성지
7.	Aritificial Photosynthesis	4월 18일 이재형
8.	Three Decades of Development in Model Predictive Control	4월 25일 윤경병
9.	Polyolefin New Process: Multi-Zone Circulation Reactor	5월 2일 최창현
10.	Supercritical Fluid Technology for Green Materials: Supercritical Route for Organic-Inorganic Hybrid Nanoparticles	5월 9일 Tadafumi Adschiri
11.	New Business in Chemical and Biological Engineering	5월 16일 한수영
12.	Atomic and Nanoscale Design of Electrode Materials for Lithium Rechargeable Batteries	5월 23일 강기석
13.	Vapor-Phase Deposited Polymer Films and Their Applications	5월 30일 임성갑