Nanoscope: Difference between revisions
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{{dated prod|concern = {{{concern|The text previously in this article has been moved to [[atomic nanoscope]]. With that move, there is no need for this disambiguation page. The other two disambig links point to brand names that don't have a WP article, and don't need one.}}}|month = May|day = 31|year = 2006}} |
{{dated prod|concern = {{{concern|The text previously in this article has been moved to [[atomic nanoscope]]. With that move, there is no need for this disambiguation page. The other two disambig links point to brand names that don't have a WP article, and don't need one.}}}|month = May|day = 31|year = 2006}} |
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'''Nanoscope''' can refer to: |
'''Nanoscope''' can refer to: |
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{{Expert}} <!--- see Talk post just made user:fabartus ---> |
{{Expert}} <!--- see Talk post just made user:fabartus ---> |
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* an [[atomic nanoscope]], in physics, an atom-optical imaging system with submicron resolution |
* an [[atomic nanoscope]], in physics, an atom-optical imaging system with submicron resolution |
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* a near-field nanoscope in technology, the scanning near-field probe controller device with submicron resolution for (scanning probe microscopes) used in the analysis of surfaces.[[http://www.veeco.com/html/datasheet_nanoscope.asp]] |
* a near-field nanoscope in technology, the scanning near-field probe controller device with submicron resolution for (scanning probe microscopes) used in the analysis of surfaces.[[http://www.veeco.com/html/datasheet_nanoscope.asp]] |
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* a [[NanoScope (medical)]], the optical [[endoscopy]] device which does not provide a submicron resolution. [[http://www.nanoptics.com/nanoscope.htm]] |
* a [[NanoScope (medical)]], the optical [[endoscopy]] device which does not provide a submicron resolution. [[http://www.nanoptics.com/nanoscope.htm]] |
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{{Disambig}} |
{{Disambig}} |
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'''Nanoscope''' can refer to any imaging system with submicron resolution; |
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usually such resolution is achieved in [[electron microscope]]s or various |
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types of [[scanning probe microscopy]]. |
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Optimistic estimates with respect to use of the [[atom optics]] |
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for nano-scale resolution imaging systems ([[atomic nanoscope]] |
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are expressed in the scientific literature; |
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the evanescent light waves [[http://www.osa-opn.org/abstract.cfm?URI=OPN-16-3-44]], |
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or [[ridged mirrors]] [[http://www.iop.org/EJ/abstract/0953-4075/39/7/005/]] |
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can be used for the conventration of [[atomic neams]] to a spot of size of several nanometers. |
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Also, "nanoscope" can refer to a specific imaging device with sub-micron resolution |
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[[http://www.veeco.com/html/datasheet_nanoscope.asp]] or even specific [[endoscope]] |
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or even specific [[endoscope]] [[http://www.nanoptics.com/nanoscope.htm]] |
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(which is not required to provire the sub-micron resolution). |
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==See also== |
==See also== |
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Revision as of 01:40, 2 June 2006
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Nanoscope can refer to any imaging system with submicron resolution; usually such resolution is achieved in electron microscopes or various types of scanning probe microscopy. Optimistic estimates with respect to use of the atom optics for nano-scale resolution imaging systems (atomic nanoscope are expressed in the scientific literature; the evanescent light waves [[1]], or ridged mirrors [[2]] can be used for the conventration of atomic neams to a spot of size of several nanometers.
Also, "nanoscope" can refer to a specific imaging device with sub-micron resolution [[3]] or even specific endoscope or even specific endoscope [[4]] (which is not required to provire the sub-micron resolution).