Bioprocessing device composed of protein/DNA/inorganic material hybrid
Major challenges in molecular electronics include miniaturization, and the realization of a
simple function to alter silicon‐based electronics. It has been hard to develop a single …
simple function to alter silicon‐based electronics. It has been hard to develop a single …
[PDF][PDF] Bioprocessing Device Composed of Protein/DNA/Inorganic Material Hybrid
T Lee, AK Yagati, J Min, JW Choi - Adv. Funct. Mater, 2014 - nbel.sogang.ac.kr
The semiconductor industry has been growing at a rapid rate, but the miniaturization of
electronic devices has reached technological and physical limits regarding component …
electronic devices has reached technological and physical limits regarding component …
Bioprocessing Device Composed of Protein/DNA/Inorganic Material Hybrid
T Lee, AK Yagati, J Min, JW Choi - Advanced Functional Materials, 2014 - infona.pl
Major challenges in molecular electronics include miniaturization, and the realization of a
simple function to alter silicon‐based electronics. It has been hard to develop a single …
simple function to alter silicon‐based electronics. It has been hard to develop a single …
Bioprocessing Device Composed of Protein/DNA/Inorganic Material Hybrid
T Lee, AK Yagati, J Min… - ADVANCED FUNCTIONAL …, 2014 - scholarworks.bwise.kr
Major challenges in molecular electronics include miniaturization, and the realization of a
simple function to alter silicon-based electronics. It has been hard to develop a single …
simple function to alter silicon-based electronics. It has been hard to develop a single …
Bioprocessing Device Composed of Protein/DNA/Inorganic Material Hybrid.
T Lee, AK Yagati, J Min… - Advanced Functional …, 2014 - search.ebscohost.com
Major challenges in molecular electronics include miniaturization, and the realization of a
simple function to alter silicon-based electronics. It has been hard to develop a single …
simple function to alter silicon-based electronics. It has been hard to develop a single …