Metal-fixed multiwalled carbon nanotube patterned emitters using photolithography and electrodeposition technique
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We have demonstrated that patterned Cu-multiwalled carbon nanotube (MWCNT) composite emitters can be fabricated using a unique electrodeposition technique including a photolithography process. Well-regulated, patterned Cu-MWCNT composite emitters 50 mu m in diameter were formed on the conductive substrates. The MWCNTs were fixed on the patterned composite emitters. The field emission properties were studied by a diode-type measurement system. The field emission electric field was relatively low (1.5 V mu m(-1) for 1x10(-5) mu A cm(-2), 2.5 V mu m(-1) for 10 mu A cm(-2)). These composite emitters can be expected to be applied in field emission displays and other field emission devices. (C) 2008 The Electrochemical Society.
- ELECTROCHEMICAL SOC INCの論文
ELECTROCHEMICAL SOC INC | 論文
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