4 Colloids - FuWe research Printed electronicsColloids - FuWe researchConductive polymer/CNT inks Metal nanoparticles/CNT inks Colloidal CNT inksDenneulin A. et al., Carbon 49 (2011) 2603Kordas K. et al., Small 2 (2006) 1021
5 Reinforced composites Colloids - FuWe researchMetal matrix compositesTrinh V. et al., Adv. Nat. Sci.: Nanosci. Nanotechnol. 2 (2011)
6 Reinforced composites Colloids - FuWe researchCeramic matrix compositesZhan G. et al., Nature materials 2 (2003) 38
7 Electronic bridgeSingle tubeSemiconductor-enriched SWNTs are usable in thin-film FETs (TFT)High switching ratios can be achieved (app. 103) and high drive currents (>1 mA)They deliver strong photocurrentsThey are both photoluminescent and electroluminescent.These high performance semiconducting SWNT FETs also have demonstrated operating frequencies up to 80 GHz (109 operations per second).Wang C. et al., NanoLetters 9 (2009) 4285
9 Artificial muscles Yarn Aerogel-like material 1.5 mg/cm3 Operates in a wide temperature range ( K)Aliev A. et al., Science, 323 (2009) 1575Air density: mg/cm3Mars temp. range: 130 to 300 KMercury temp. range : 100 to 700 KMoon temp. range : 40 to 400 K
12 Field emission Forest Diode structure with HV regulation Meyyappan, Carbon nanotubes – science and applications pg. 196Triode structure with gate current regulation
13 Flexible displays Forest broad range of conductivity (10-107 W/sq) • uniform and linear conductance• excellent transparency• low reflectivity• good adhesion• durability• abrasion resistance• good chemical resistance• flexibility• ease of patterning
14 Electrical contacts Forest CNT layer Copper Park M. et al. Nanotechnology 17 (2006) 2294–230380% reduction in contact resistance.Resistance α-1 contact force small-scale force sensor.
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