Resolution: Difference between revisions

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''Resolution'', in structure determinations, is the distance corresponding to the smallest observable feature: if two objects are closer than this distance, they appear as one combined blob rather than two separate objects.
''Resolution'', in structure determinations, is the distance corresponding to the smallest observable feature: if two objects are closer than this distance, they appear as one combined blob rather than two separate objects.


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[[Image:Leu5-ala4-temp3-12(av5)-3hyd-labeled.png|250px]]
[[Image:Leu5-ala4-temp3-12(av5)-3hyd-labeled.png|250px]]
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For details, see note <ref>one</ref>.
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Resolution is the smallest distance between crystal lattice planes that is resolved in the diffraction pattern. High numeric values of resolution, such as 4 Å, mean poor resolution, while low numeric values, such as 1.5 Å, mean good resolution.
Resolution is the smallest distance between crystal lattice planes that is resolved in the diffraction pattern. High numeric values of resolution, such as 4 Å, mean poor resolution, while low numeric values, such as 1.5 Å, mean good resolution.