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ۼ : 12-03-05 10:55
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* Ͻ : 2012 3 8 4 30
* : а 107ȣ
* : ̹ [Applied Chemistry, Kyung Hee University]
* : Chemistry at Nanoscale Patterns
* ʷ :

Chemistry at Nanoscale Patterns

Min Hyung Lee

Nanoscale patterning tools are very useful for researchers to explore interesting fundamental science and applications by controlling a variety of materials at the 100-nm scale. In this talk, I will introduce soft lithography, a collection of unconventional nanopatterning methods based on molding, printing, and embossing with a polymeric stamp. Soft lithography is low in cost and easily accessible to chemists and biologists without special facilities, enabling further exploration into applications in these fields. As a demonstration, I will discuss how soft lithography can enhance research in the following applications: 1) plasmonic sensing, 2) artificial photosynthesis, and 3) molecular printing.

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