Hydrogen Bond Complex Above a Carbon Nanotube Tip
Description:
Five water molecules forming a H-bonded complex just above a carbon nanotube tip. The HOMO is confined to the nanotube only. The presence of polar water molecules enhances field-emission current from nanotube tip. Calculations performed with MS Modeling’s DMol3. (Image courtesy of Accelrys, www.accelrys.com.)
Alt text:
A hydrogen bond complex above a carbon nanotube tip.
Caption:
Five water molecules forming a H-bonded complex just above a carbon nanotube tip. The HOMO is confined to the nanotube only. The presence of polar water molecules enhances field-emission current from nanotube tip. Calculations performed with MS Modeling’s DMol{{< sup “3” >}}. (Image courtesy of Accelrys, www.accelrys.com.)
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| As Taught In: | Fall 2004 |
| Level: |
Graduate
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