Next Generation OPV and TCO
- 最後更新：
- 2009-10-15 09:25:49
- 活動時間：
- 2009-10-22 ~ 2009-10-22
- 活動地點：
- First floor auditorium, Materials Science Dept. at Engineering Building VI, NCTU, Hsinchu
- 報名時間：
- 2009-10-15 ~ 2009-10-15
- 活動費用：
活動介紹
Transition metal oxides are rapidly becoming a key component for
opto-electronics. Defect and interfacial chemistry and structure are
critical to all of these materials, as they define their electrical
transport, optical transparency and longterm stability.
The talk will focus on new results that highlight both some recent
results for Transparent Conducting Oxides as applied to photovoltaics. In
particular:
‧ Amorphous TCO materials
‧ Nanostructured oxides
‧ Finally, ZnO may be one of the most ideal TCO materials but
typical results are inconsistent and show lower performance than expected.
Dr. David S Ginley – NREL
Dr. David S. Ginley is currently a Research Fellow and Group Manager
in Process Technology and Advanced Concepts at the National Renewable Energy
Laboratory in the National Center for Photovoltaics. Current work focuses
on transparent conducting oxides, organic electronics and application of
nano-materials and the development of process technology for materials and
device development including; combinatorial methods, direct write materials,
composite materials and non-vacuum processing.