Abstract
Abstract
In this report, DNA-specific Schottky junctions were used for studying electronic
properties of selected viral-derived DNAs. Two junction types were studied in
this work; Al//DNA/ITO/Al and Cu/DNA/Cu using synthetic sequences of viral
infecting shrimps commonly found in aquaculture. Two models based on thermionic
emission theory were employed to calculate selected solid-state parameters. The
ideality factor for example calculated using Cheung’s method for all viral
DNA samples showed values between 11.27 to 17.56 and 8.35 to 8.67 when using the
Al/DNA/ITO/Al and Cu/DNA/Cu junctions, respectively. In general, characteristic
profiles and parameters were observed for all DNA sequences studied using both
junctions.
Funder
Fundamental Research Grant Scheme
Prototype Research Grant Scheme
Subject
General Physics and Astronomy,General Engineering
Cited by
3 articles.
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