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VERSION:2.0
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BEGIN:VEVENT
DTEND;TZID=Europe/Zurich:20220825T183000
UID:7ff9e2bfde9a998d7787ff06b0e25f85
DTSTAMP:1778870436
LOCATION:ONLINE VIA ZOOM
ORGANIZER:EGYPlasma
DESCRIPTION:In this work, we introduce a simple route to functionalize MWCNT using plasma technology. The plasma (RF-DBD) was characterized by optical emission spectroscopy OES. The plasma-treated MWCNTs have been characterized by means of SEM/TEM, X- XPS, Raman spectroscopy and Xray diffraction XRD. The results of OES shows species O, OH, N2, CN, C2 and Hα, confirming the rich plasma environment and active interaction between the MWCNT and plasma species. Tvib and Trot were estimated by comparing the experimental and simulated spectrum. The density of N radicals in the Ar-N2 plasma was estimated by optical actinometry technique.  The XPS results revealed that various functional groups, based on the gas type/composition, exists on MWCNTstreated in plasma mixture. The integrity of the plasma treated MWCNTs remained undamaged as observed by TEM images and XRD results. The plasma treatment of MWCNT improved their dispersion within polymer matrix, and hence improved the physical characteristics of the MWCNT/Polymer composite.   
URL;VALUE=URI:event.php?variableName=7ff9e2bfde9a998d7787ff06b0e25f85
SUMMARY:Plasma Functionalization of Multiwall Carbon Nanotubes for Industrial Applications
DTSTART;TZID=Europe/Zurich:20220825T173000
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