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...to form a solid assembly.<ref>John Browning, "Note on the use of compound prisms," ''MNRAS'' '''31''': 203-205 (1871).</ref> The use of multiple elements gi * One can achieve [[Dispersion (optics)|spectral dispersion]] without causing the deviation of the beam at the des ...

...d after its inventor [[Marie Alfred Cornu]]. It consists of a pair of 45° prisms of [[quartz crystal]], [[Optical contact bonding|optically contacted]] to f ...e [[phase shift]] is also dependent on [[wavelength]] due to [[Dispersion (optics)|dispersion]]. ...

{{Short description|Theory in optics}} ...Wolf|Wolf]] in 1959.<ref name="B1">M. Born and E. Wolf, ''[[Principles of Optics]]'', 7th Ed. (Cambridge University, Cambridge, 1999).</ref> The generalize ...

...aterials for light rays: ray optics without wave-optical analog in the ray-optics limit|journal=New J. Phys.|volume=11 |issue=1|page=013042|year=2009|doi=10. ...urnal|author=Tongshu Lian and Ming-Wen Chang|title=New types of reflecting prisms and reflecting prism assembly|journal=Optical Engineering|volume= 35|issue= ...

...|eprint = 1809.00738|last1 = Riley|first1 = Mitchell|title = Categories of Optics|year = 2018|class = math.CT}}</ref> ...nses allow "focusing" (viewing, updating) on a part of a [[product type]], prisms allow focusing (possible viewing, building) on a part of a [[tagged union|s ...

...ease the optical gain is presented. The method is based on the geometry of prisms and the phenomenon of [[Total Internal Reflection]]. ...ary at an angle of incidence (θ) that is larger than the [[Critical angle (optics)|critical angle]] (θ_c), an optical phenomenon called [[Total int ...

...ame="TLO">[http://www.tunablelaseroptics.com F. J. Duarte, ''Tunable Laser Optics'', 2nd Ed. (CRC, New York, 2015)].</ref> or optically, as in the case of cr [[Category:Quantum optics]] ...

...ippetdetail.aspx?id=6aa2f58f-cacc-4a5a-9b79-cb5dfc2ac1ca|title=Prescribing Prisms: Prescribing Prism|website=www.aao.org|access-date=2017-11-01}}</ref> Ind For a [[Prism (optics)|prism]] with apex angle <math>a</math> and [[refractive index]] <math>n</m ...

...aves localized at the interface of transparent anisotropic media |journal =Optics and Spectroscopy (USSR)| volume =68| issue = 5|pages =653|date = 1990| bibc ...ous potential applications are envisaged, including devices for integrated optics, chemical and biological surface sensing, etc.<ref> ...

...ial for high-power [[ultraviolet]] [[polarization (waves)|polarization]] [[optics]].<ref>[http://www.roditi.com/Laser/Birefringent/Alpha_BBO.htm Alpha Barium Beta barium borate, β-BaB₂O₄, is a [[nonlinear optics|nonlinear optical material]] transparent in the range ~190–3300&nbsp;nm. It ...

...vidence of compensation for aberrations between the cornea and intraocular optics in cases of astigmatism (horizontal/vertical) and horizontal coma. The bala ...visually significant aberrations known as first order aberrations, such as prisms and zero-order aberrations (piston). Low order aberrations account for appr ...

...or mechanical properties of the glass: [[refractive index]], [[Dispersion (optics)|dispersion]], [[transmittance]], [[thermal expansion]] and other parameter {{See also|History of optics|History of glass}} ...

...Alhazen]] (Ibn al-Haytham) described a theory of optics in his ''[[Book of Optics]]'' in 1021, but never applied it to art.<ref name=StAndrews/> The Renaissa ...oor), and corresponding objects are constructed in perspective; in Book II prisms are erected over these planar objects, to represent houses, columns, etc.; ...

...ending on the temperature at their formation, including needles, hexagonal prisms, and stars. Their growth occurs by the diffusion of {{gli|water vapor}} ont {{defn|A type of stationary {{gli|cloud}} with a distinct [[lens (optics)|lens]] or [[saucer]] shape which typically forms in an arrangement perpend ...