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#REDIRECT [[Cathodoluminescence#Optical cathodoluminescence microscope]] [[Category:Optical microscopy techniques]] ...

...originally developed for enhancing the [[spatial resolution]] of [[optical microscopy]].<ref>S. M. Mansfield and G. S. Kino, [https://doi.org/10.1063/1.103828 “S ...ical SIL: Theoretically capable of increasing the numerical aperture of an optical system by <math>n</math>, the index of refraction of the material of the le ...

...icroscopy''' ('''PFM''') is an [[optical tweezers|optical-tweezers]]-based microscopy technique. A small [[dielectric]] particle (20&nbsp;nm to several [[microm ...position. A time sequence of measured positions allows one to derive the [[optical potential]] in which the particle is held. ...

...ccessdate=25 May 2010}}</ref> The two beams are polarized according to the optical axis of the two right angle prisms. ...

...l interference contrast microscopy]], an illumination technique in optical microscopy ...relation]], an optical method that employs tracking and image registration techniques ...

...ealing a cast dendritic structure|The characterization technique [[optical microscopy]] showing the [[micron]] scale [[dendrite|dendritic]] microstructure of a b ...book |last= Zhang|first= Sam|date= 2008|title= Materials Characterization Techniques|publisher= CRC Press|isbn= 978-1420042948}}</ref> The scale of the structur ...

==Microscopy== {{Main|Optical microscope}} ...

...ttps://web.archive.org/web/20070220153603/http://www.emsdiasum.com/summers/optical/cements/manual/manual.html |archivedate=February 20, 2007 }}</ref> ...visible-when-dry [[Adhesive|glue]] for glass, such as lens elements. Other optical elements can be cemented with Canada balsam, such as two [[prism (optics)|p ...

* [[Immersion lithography]] or immersion microscopy, optical techniques in which liquid is between the objective and image plane in order to raise ...

| genre = [[Scanning probe microscopy|SPM]] Data Analysis Program ...oscope|MFM]], [[scanning tunneling microscope|STM]], [[near-field scanning optical microscope|SNOM/NSOM]]).<ref>{{cite journal |title=Gwyddion: an open-source ...

...62}}</ref> engineer and inventor involved in the invention of "Shear-force microscopy".<ref name="DucloyBloch1996">{{cite book|last1=Ducloy|first1=M.|last2=Bloch He has numerous patents and scientific publications in optics, optical engineering and related areas. He attended [[Alborz High School]] in Tehran ...

...ing''' is a broad term that covers the use of [[digital image processing]] techniques to process, analyze and present images obtained from a [[microscope]]. Such Until the early 1990s, most image acquisition in video microscopy applications was typically done with an analog video camera, often simply c ...

...ell |title=4Pi-Confocal Microscopy is Coming of Age |journal=GIT Imaging & Microscopy ...oth are focused to the same geometrical location. Also the difference in [[optical path length]] through each of the two [[objective lens]]es is carefully ali ...

...field microscopy.jpg|right|thumb|[[Red blood cell]]s as seen by dark-field microscopy]] ...[[microscopy]] methods, in both [[light microscopy|light]] and [[electron microscopy]], which exclude the unscattered beam from the image. Consequently, the fie ...

...le light]] (around 500 [[nanometer]]s), the particle cannot be seen in a [[optical microscope|light microscope]] with the usual methods of illumination. The ' ...microscope]]s provided additional ways to see objects too small for light microscopy. ...

...field]] visible light optics a resolution far [[Microscopy#Sub-diffraction techniques|below the diffraction limit]] down to molecular scales can be obtained. ...l upon illumination. This concept is different from for example [[electron microscopy]] where instead the used wavelength is much smaller. ...

...ser Doppler imaging]], [[optical coherence tomography]], and [[transdermal optical imaging]]. Because light is an [[electromagnetic wave]], similar phenomena .../Vision/research/Gibsonetal05Review.pdf |title= Recent advances in diffuse optical imaging |author1= A. Gibson |author2= J. Hebden |author3= S. Arridge |journ ...

...meter, or cutting a single red blood cell into 100 slices.<ref>"[[Electron Microscopy]]", chapter 4, by John J. Bozzola and Lonnie Dee Russell</ref> title = Low magnifications: A marginal area of electron microscopy. | journal = ZEISS Information | volume = 21 | issue = 83 | pages = 57–60 | ...

...pectroscopy]] and micro [[LIBS]]. All of these techniques involve modified optical [[microscope]]s to locate the area to be analysed, direct the probe beam an ...hor=S. J. B. Reed|title=Electron Microprobe Analysis and Scanning Electron Microscopy in Geology|url=https://books.google.com/books?id=9-_v4YgpoVMC|date=25 Augus ...

...vice used to perform different forms of electron spectroscopy and electron microscopy}} ...rent forms of [[electron spectroscopy]] and [[Electron microscope|electron microscopy]]. This requires analyzing the energy of an incoming beam of electrons. Mos ...