Title of article :
Fabrication of Silver doped Buckypaper and Investigation of its Properties
Author/Authors :
Zhi, Yoan Department of Chemical Engineering - University of Shanghai, China , Tokomatov, Silvia Department of Chemical Engineering - University of Shanghai, China
Abstract :
Microwave absorbing property of composites containing Ag nanoparticles filled multiwalled carbon nanotube
buckypaper (Ag-BP) has been investigated. Buckypaper doped with silver was prepared by direct dispersion and
filtration method. From the low temperature resistivity measurement it was found that increasing doping level
decreases the electrical conductivity of the buckypaper. 30 wt. % and 40 wt. % of Ag-BP samples shows the maximum
transmission coefficient, with very high conductivity. The results demonstrate that microwave absorption of Ag-BP
was attributed only due to the dielectric loss rather than other losses.The absorption peak frequency of the
Ag/MWCNTs BP can be controlled easily in the presence of Ag nanoparticles into the CNT mats.
Keywords :
Buckypaper , Doping , Microwave , Resistivity , Transmission coefficient
Journal title :
Astroparticle Physics