De Luca, A and Cole, MT and Fasoli, A and Ali, SZ and Udrea, F and Milne, WI (2013) Enhanced infra-red emission from sub-millimeter microelectromechanical systems micro hotplates via inkjet deposited carbon nanoparticles and fullerenes. Journal of Applied Physics, 113. ISSN 0021-8979Full text not available from this repository.
In this paper, we demonstrate a micro-inkjet printing technique as a reproducible post-process for the deposition of carbon nanoparticles and fullerene adlayers onto fully CMOS compatible micro-electro-mechanical silicon-on-insulator infrared (IR) light sources to enhance their infrared emission. We show experimentally a significant increase in the infrared emission efficiency of the coated emitters. We numerically validate these findings with models suggesting a dominant performance increase for wavelengths <5.5 μm. Here, the bimodal size distribution in the diameter of the carbon nanoparticles, relative to the fullerenes, is an effective mediator towards topologically enhanced emittance of our miniaturised emitters. A 90% improvement in IR emission power density has been shown which we have rationalised with an increase in the mean thickness of the deposited carbon nanoparticle adlayer. © 2013 AIP Publishing LLC.
|Divisions:||Div B > Solid State Electronics and Nanoscale Science|
Div B > Electronics, Power & Energy Conversion
|Depositing User:||Cron Job|
|Date Deposited:||09 Dec 2016 17:23|
|Last Modified:||20 Feb 2017 05:15|