Emendatio ex 23:12, 17 Septembris 2020 recensere IacobusAmor (disputatio \| conlationes) 105 184 edits 522.2 {{Myrias\|Physica}}		Emendatio ex 23:21, 17 Septembris 2020 recensere abrogare IacobusAmor (disputatio \| conlationes) 105 184 edits m ~ Differentia proxima →
Linea 1: [[Fasciculus:Airy disk spacing near Rayleigh criterion.png\|thumb\|Exemplaria [[discus aerius\|diffractionis aeriae]] a [[lux\|luce]] ex binis [[fons punctualis\|fontibus punctualibus]] generata quae per [[apertura]]m rotundam transit, sicut [[pupula]]m [[oculus\|oculi]]. Puncti late separati (summa parte), vel ~~criterium~~normam Rayleighianam satisfacientes (media parte), distingui possunt; puncti autem ~~criterio~~normae ~~Rayleighiano~~Rayleighianae propiores (ima parte) difficile distinctu sunt.]] [[Fasciculus:Diffraction limit diameter vs angular resolution.svg\|thumb\|[[Pictura]] [[logarithmus\|log-log]] [[diametrum\|diametri]] aperturae contra resolutionem angularem ad fines diffractionis variorum [[longitudo undae\|longitudinum undarum]] lucis cum variis [[instrumentum\|instrumentis]] [[astronomia\|astronometriis]] comparatae. Exempli gratia, [[stella]] [[caeruleus\|caerulea]] monstrat [[telescopium spatiale Hubbleanum]] diffractione in [[spectrum]] quod videri potest ad 0.1 ''arcsecs'' paene circumscribi, sed [[circulus]] [[ruber]] monstrat oculum [[homo\|humanum]] potestatem resolvendi viginti ''arcsecs'' in [[theoria]] habere, quamquam usitate sexaginta ''arcsesc.'']] '''Resolutio angularis''' est facultas ullius [[artificium imagines formans\|artificii imagines formantis]], sicut [[telescopium\|telescopii]] [[telescopium opticum\|optici]] vel [[telescopium radiophonicum\|telescopii radiophonici]], [[microscopium\|microscopii]], [[photomachinula]]e, vel [[oculus humanus\|oculi humani]], parvorum [[res\|rei]] singulorum distinguendorum, ut sic principalis [[resolutio imaginum\|resolutionis imaginum]] determinator sit. Hoc [[vocabulum]] in usu [[optica\|optico]] [[unda\|undis]] [[lux\|lucis]], in [[antenna (radiophonia)\|theoria antennarum]] undis [[radiophonia\|radiophonicis]], atque in [[acoustica]] undis [[sonus\|sonicis]] adhibetur. ''[[Resolutio spatialis]],'' locutio arte cognata, ad subtilitatem [[mensura]]e erga [[spatium]] spectat, quae cum resolutione angulari in instrumentis imagines formantibus recte coniungitur. ~~Criterium~~Norma ~~Rayleighianum~~Rayleighiana monstrat minimum spatium angulare quod per systemata imagines formantia resolvi potest a [[diffractio]]ne ad [[proportio]]nem longitudinis undarum et [[latitudo\|latitudinis]] aperturae circumscriptum esse. Qua pro causa, systematibus magnam resolutionem imaginum formantibus, sicut [[telescopium\|telescopiis]] [[astronomia\|astronomicis]], [[lens telephotographica\|lentibus telephotographicis photomachinularum]] spatii longi, [[telescopium radiophonicum\|telescopiisque radiophonicis]], sunt magnae aperturae. {{NexInt}} Linea 10: [[Gulielmus Rutter Dawes]], astronomus [[Anglia\|Anglicus]] [[Interferentia (physica)]] [[Radians]] [[Radius]] [[Spectroscopium]] Line 15 ⟶ 16: ==Bibliographia== Boffin, Henri M. J.,, Gaitee Hussain, Jean-Philippe Berger, et Linda Schmidtobreick, eds. [[2016]]. ''Astronomy at High Angular Resolution: A Compendium of Techniques in the Visible and Near-Infrared.'' Cham: Springer International Publishing. ISBN 9783319397399. Lagrange, Anne-Marie, Danis Mourard, et Pierre Léna, eds. [[1997]]. ''High angular resolution in astrophysics.'' Dordrecht et Bostoniae: Kluwer Academic. ISBN 0792347676. Michalet, Xavier, et Shimon Weiss. [[2006]]. "Using photon statistics to boost microscopy resolution." ''Proceedings of the National Academy of Sciences'' 103 (13): 4797–98. Bibcode:2006PNAS..103.4797M. doi:10.1073/pnas.0600808103. PMC 1458746. PMID 16549771. [https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1458746/ Editio interretialis.] Line 22 ⟶ 23: ==Nexus externi== Davidson, Michael W. [http://www.microscopyu.com/articles/formulas/formulasresolution.html "Concepts and Formulas in Microscopy: Resolution."] Nikon MicroscopyU (situs interretialis). Kusserow, Thomas. [[2015-]]–[[2016]]. ''Grundlagen der technischen Optik.'' [http://www.uni-kassel.de/fb16/te/download/tech_optik/Skript/Technische_Optik-print.pdf PDF.] *[http://web2.marketplace.idexop.com/Frontend/PDFs/interference_filter_coatings.pdf ''Melles Griot Technical Guide.'']

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