"SURFACE-PROGRAMMED ASSEMBLY" OF NANOTUBE/NANOWIRE-BASED INTEGRATED DEVICES

We present a review on recently-developed "surface-programmed assembly" strategy for massive production of nanotube/nanowire-based devices. In this process, surface molecular patterns guide the assembly and alignment of nanotubes/nanowires onto specific locations on solid substrates withou...

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Published inNano : brief reports and reviews Vol. 2; no. 6; pp. 333 - 350
Main Authors HONG, SEUNGHUN, KIM, TAE HYUN, LEE, JOOHYUNG, BYUN, KYUNG-EUN, KOH, JUNTAE, KIM, TAEKYEONG, MYUNG, SUNG
Format Journal Article
LanguageEnglish
Published World Scientific Publishing Company 01.12.2007
성균나노과학기술원
Subjects
자연과학
Carbon nanotubes
electrical device
nanowires
self-assembled monolayer
Online AccessGet full text
ISSN1793-2920
1793-7094
DOI10.1142/S1793292007000751

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Abstract We present a review on recently-developed "surface-programmed assembly" strategy for massive production of nanotube/nanowire-based devices. In this process, surface molecular patterns guide the assembly and alignment of nanotubes/nanowires onto specific locations on solid substrates without relying on external forces. The assembled structures were further utilized to fabricate functional devices such as field effect transistors and sensors. Control experiments provided us rich scientific insights including "sliding kinetics" and "lens effect" during the assembly process. Since this method does not require high-temperature processing steps or unconventional fabrication facilities, it is readily available to conventional device industry and may open up new nanodevice industry based on carbon nanotubes and nanowires.
AbstractList We present a review on recently-developed "surface-programmed assembly" strategy for massive production of nanotube/nanowire-based devices. In this process, surface molecular patterns guide the assembly and alignment of nanotubes/nanowires onto specific locations on solid substrates without relying on external forces. The assembled structures were further utilized to fabricate functional devices such as field effect transistors and sensors. Control experiments provided us rich scientific insights including "sliding kinetics" and "lens effect" during the assembly process. Since this method does not require high-temperature processing steps or unconventional fabrication facilities, it is readily available to conventional device industry and may open up new nanodevice industry based on carbon nanotubes and nanowires. KCI Citation Count: 7
We present a review on recently-developed "surface-programmed assembly" strategy for massive production of nanotube/nanowire-based devices. In this process, surface molecular patterns guide the assembly and alignment of nanotubes/nanowires onto specific locations on solid substrates without relying on external forces. The assembled structures were further utilized to fabricate functional devices such as field effect transistors and sensors. Control experiments provided us rich scientific insights including "sliding kinetics" and "lens effect" during the assembly process. Since this method does not require high-temperature processing steps or unconventional fabrication facilities, it is readily available to conventional device industry and may open up new nanodevice industry based on carbon nanotubes and nanowires.
Author KOH, JUNTAE
MYUNG, SUNG
BYUN, KYUNG-EUN
KIM, TAEKYEONG
KIM, TAE HYUN
LEE, JOOHYUNG
HONG, SEUNGHUN
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self-assembled monolayer
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Title "SURFACE-PROGRAMMED ASSEMBLY" OF NANOTUBE/NANOWIRE-BASED INTEGRATED DEVICES
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