Row 1647

Row ID: 1647 | Dataset Entry | Axioma AXP Content Repository

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So you can calculate a diameter for a chiral carbon nanotube from the chiral vector (or more precisely the diameter of the smallest nanotube having that chiral vector) and for an armchair or zig-zag nanotube you can calculate the diameter from a count of the rings. This would be the diameter (I think) of the cylinder passing through the centers of the carbon atoms.

You can also measure a diameter using an atomic force microscope although this needs some calibration.

Does anybody have a reference that compares these values?

FieldValue
text So you can calculate a diameter for a chiral carbon nanotube from the chiral vector (or more precisely the diameter of the smallest nanotube having that chiral vector) and for an armchair or zig-zag nanotube you can calculate the diameter from a count of the rings. This would be the diameter (I think) of the cylinder passing through the centers of the carbon atoms. You can also measure a diameter using an atomic force microscope although this needs some calibration. Does anybody have a re…
label r/nanotech
dataType post
communityName r/nanotech
datetime 2023-01-21
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Raw Record

{
  "text": "So you can calculate a diameter for a chiral carbon nanotube from the chiral vector (or more precisely the diameter of the smallest nanotube having that chiral vector)  and for an armchair or zig-zag  nanotube you can calculate the diameter from a count of the rings.  This would be the diameter (I think) of the cylinder passing through the centers of the carbon atoms.\n\nYou can also measure a diameter using an atomic force microscope although this needs some calibration.  \n\nDoes anybody have a reference that compares these values?",
  "label": "r/nanotech",
  "dataType": "post",
  "communityName": "r/nanotech",
  "datetime": "2023-01-21",
  "username_encoded": "Z0FBQUFBQm5LakwwOUp0T1pRS3ItUnlSSUxHc0R4Ukszbk51V2Y1VDdyTmRKSUd1SFlBVXdkUnVSZEN0VWl3cF9BTzc5OUhlR3VKUl9Xc1FFaVNZWHh1a2JWZU43eGdYQnc9PQ==",
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}
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