Kwon Group, Physics, Kyung Hee University

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lab:research:opto-cnt-si

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lab:research:opto-cnt-si [2014/12/22 11:05]
ykkwon
lab:research:opto-cnt-si [2014/12/22 11:06]
ykkwon
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 electrical inputs. This provides a novel platform for heterogeneous electrical inputs. This provides a novel platform for heterogeneous
 optoelectronic logic elements with voltage-switchable photocurrent optoelectronic logic elements with voltage-switchable photocurrent
-responsivity of > 1 AW<​sup>​-1</​sup>,​ photovoltage responsivity ​of  +responsivity of > 1 AW<​sup>​-1</​sup>,​ photovoltage responsivity  
->​1×10<​sup>​5</​sup>​ VW<​sup>​-1</​sup>,​ electrical on/off ratios ​of  +of >​1×10<​sup>​5</​sup>​ VW<​sup>​-1</​sup>,​ electrical on/off ratios  
->​1×10<​sup>​5</​sup>​ and optical on/off ratios of >​1×10<​sup>​4</​sup>​. ​To +of >​1×10<​sup>​5</​sup>​ and optical on/off ratios of >​1×10<​sup>​4</​sup>​.  
-demonstrate their scalability,​ we fabricated a large array of+To demonstrate their scalability,​ we fabricated a large array of
 photoactive elements on a centimetre-scalewafer. We also present photoactive elements on a centimetre-scalewafer. We also present
 bidirectional phototransistors and novel clock-triggerable logic bidirectional phototransistors and novel clock-triggerable logic
lab/research/opto-cnt-si.txt · Last modified: 2014/12/31 15:13 by seoung-hun_kang