mirrors - definitie. Wat is mirrors
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Wat (wie) is mirrors - definitie

SURFACE, TYPICALLY GLASS COATED WITH A METAL AMALGAM, WHICH REFLECTS A CLEAR IMAGE
Looking glass; Mirror types; Hand mirror; Reflective glass; Handmirror; Hand-mirror; Handmirrors; Hand-mirrors; Hand mirrors; Glass mirror; Cheval glass; Decorative mirrors; Mirrors; Vanity mirror; Bar mirror; Pub mirror; Silver mirror; 🪞
  • Convex mirror placed at the [[parking garage]].
  • ''Grove Of Mirrors'' by [[Hilary Arnold Baker]], [[Romsey]]
  • Mirrors in interior design:
"Waiting room in the house of M.me B.", [[Art Deco]] project by Italian architect [[Arnaldo dell'Ira]], Rome, 1939.
  • Glasses with mirrors – Prezi HQ
  • A dielectric coated mirror used in a [[dye laser]]. The mirror is over 99% reflective at 550 [[nanometer]]s, (yellow), but will allow most other colors to pass through.
  • constructively interfere]]. Stacks may consist of a few to hundreds of individual coats.
  • Dunville's Whiskey]].
  • [[E-ELT]] mirror segments under test
  • A [[first-surface mirror]] coated with aluminium and enhanced with [[dielectric]] coatings. The angle of the incident light (represented by both the light in the mirror and the shadow behind it) exactly matches the angle of reflection (the reflected light shining on the table).
  • Four different mirrors, showing the difference in reflectivity. Clockwise from upper left: dielectric (80%), aluminium (85%), chrome (25%), and enhanced silver (99.9%). All are first-surface mirrors except the chrome mirror. The dielectric mirror reflects yellow light from the first-surface, but acts like an [[antireflection coating]] to purple light, thus produced a ghost reflection of the lightbulb from the second-surface.
  • Chinese painter]] [[Gu Kaizhi]], c. 344–405 AD
  • A hot mirror used in a camera to reduce red eye
  • corrective optics]].
  • A side-mirror on a [[racing car]]
  • A cheval glass
  • 18th century [[vermeil]] mirror in the [[Musée des Arts décoratifs, Strasbourg]]
  • A multi-facet mirror in the [[Kibble Palace]] conservatory, [[Glasgow]], Scotland
  • A sculpture of a lady looking into a mirror, from [[Halebidu]], [[India]], 12th century
  • angle of incidence]]. When the surface is at a 90°, horizontal angle from the object, the image appears inverted 180° along the vertical (right and left remain on the correct sides, but the image appears upside down), because the normal angle of incidence points down vertically toward the water.
  • diffract]] more light than they reflect, the beam appears much brighter when reflecting back toward the observer.
  • A dielectric mirror used in [[tunable laser]]s. With a center wavelength of 600 nm and bandwidth of 100 nm, the coating is totally reflective to the orange construction paper, but only reflects the reddish hues from the blue paper.
  • Rear-view mirror
  • A mirror reflecting the image of a [[vase]]
  • Flatness errors, like rippled dunes across the surface, produced these artifacts, distortion, and low image quality in the [[far field]] reflection of a household mirror.
  • A mirror reflects light waves to the observer, preserving the wave's curvature and divergence, to form an image when focused through the lens of the eye. The angle of the impinging wave, as it traverses the mirror's surface, matches the angle of the reflected wave.
  • A large convex mirror. Distortions in the image increase with the viewing distance.
  • A mirror reflects a real image (blue) back to the observer (red), forming a virtual image; a perceptual illusion that objects in the image are behind the mirror's surface and facing the opposite direction (purple). The arrows indicate the direction of the real and perceived images, and the reversal is analogous to viewing a movie with the film facing backwards, except the "screen" is the viewer's retina.
  • Mirror with lacquered back inlaid with 4 phoenixes holding ribbons in their mouths. Tang Dynasty. Eastern Xi'an city
  • Mirrored building in Manhattan - 2008
  • Roman fresco]] of a woman fixing her hair using a mirror, from [[Stabiae]], Italy, 1st century AD
  • Chimneypiece]] and overmantel mirror, c. 1750 V&A Museum no. 738:1 to 3–1897
  • Parabolic troughs near [[Harper Lake]] in [[California]]
  • Grimm]]-version fairytale
  • Deformable thin-shell mirror. It is 1120 millimetres across but just 2 millimetres thick, making it much thinner than most glass windows.<ref name=eso2013/>
  • trigrams]] and a demon-warding mirror. These charms are believed to frighten away evil spirits and to protect a dwelling from bad luck
  • Detail of the convex mirror from the [[Arnolfini portrait]], [[Bruges]], 1434 AD
  • [[Titian]]'s ''[[Venus with a Mirror]]''
  • 401 N. Wabash Ave.]] reflects the skyline along the [[Chicago River]] in downtown Chicago
  • Universum museum]] in Mexico City. The image splits between the convex and concave curves.
  • focal point]]. Sound waves are much longer than light waves, thus the object produces diffuse reflections in the visual spectrum.

smoke and mirrors         
WIKIMEDIA DISAMBIGUATION PAGE
Smoke and Mirrors; Smoke and Mirrors (book); Smoke & Mirrors (album); Smoke & Mirrors (Album); Smoke and Mirrors (album); Smoke&Mirrors; Smoke & Mirrors; Smoke and Mirrors (song)
Marketing deceptions. The term is mainstream in this general sense. Among hackers it's strongly associated with bogus demos and crocked benchmarks (see also MIPS, machoflops). "They claim their new box cranks 50 MIPS for under $5000, but didn't specify the instruction mix - sounds like smoke and mirrors to me." The phrase has been said to derive from carnie slang for magic acts and "freak show" displays that depend on "trompe l"oeil' effects, but also calls to mind the fierce Aztec god Tezcatlipoca (lit. "Smoking Mirror") for whom the hearts of huge numbers of human sacrificial victims were regularly cut out. Upon hearing about a rigged demo or yet another round of fantasy-based marketing promises, hackers often feel analogously disheartened.
smoke and mirrors         
WIKIMEDIA DISAMBIGUATION PAGE
Smoke and Mirrors; Smoke and Mirrors (book); Smoke & Mirrors (album); Smoke & Mirrors (Album); Smoke and Mirrors (album); Smoke&Mirrors; Smoke & Mirrors; Smoke and Mirrors (song)
N. Amer.
the use of misleading or irrelevant information to obscure or embellish the truth.
Smoke and mirrors         
WIKIMEDIA DISAMBIGUATION PAGE
Smoke and Mirrors; Smoke and Mirrors (book); Smoke & Mirrors (album); Smoke & Mirrors (Album); Smoke and Mirrors (album); Smoke&Mirrors; Smoke & Mirrors; Smoke and Mirrors (song)
Smoke and mirrors is a classic technique in magical illusions that makes an entity appear to hover in empty space. It was documented as early as 1770 and spread widely after its use by the charlatan Johann Georg Schröpfer, who claimed the apparitions to be conjured spirits.

Wikipedia

Mirror

A mirror or looking glass is an object that reflects an image. Light that bounces off a mirror will show an image of whatever is in front of it, when focused through the lens of the eye or a camera. Mirrors reverse the direction of the image in an equal yet opposite angle from which the light shines upon it. This allows the viewer to see themselves or objects behind them, or even objects that are at an angle from them but out of their field of view, such as around a corner. Natural mirrors have existed since prehistoric times, such as the surface of water, but people have been manufacturing mirrors out of a variety of materials for thousands of years, like stone, metals, and glass. In modern mirrors, metals like silver or aluminium are often used due to their high reflectivity, applied as a thin coating on glass because of its naturally smooth and very hard surface.

A mirror is a wave reflector. Light consists of waves, and when light waves reflect from the flat surface of a mirror, those waves retain the same degree of curvature and vergence, in an equal yet opposite direction, as the original waves. This allows the waves to form an image when they are focused through a lens, just as if the waves had originated from the direction of the mirror. The light can also be pictured as rays (imaginary lines radiating from the light source, that are always perpendicular to the waves). These rays are reflected at an equal yet opposite angle from which they strike the mirror (incident light). This property, called specular reflection, distinguishes a mirror from objects that diffuse light, breaking up the wave and scattering it in many directions (such as flat-white paint). Thus, a mirror can be any surface in which the texture or roughness of the surface is smaller (smoother) than the wavelength of the waves.

When looking at a mirror, one will see a mirror image or reflected image of objects in the environment, formed by light emitted or scattered by them and reflected by the mirror towards one's eyes. This effect gives the illusion that those objects are behind the mirror, or (sometimes) in front of it. When the surface is not flat, a mirror may behave like a reflecting lens. A plane mirror yields a real-looking undistorted image, while a curved mirror may distort, magnify, or reduce the image in various ways, while keeping the lines, contrast, sharpness, colors, and other image properties intact.

A mirror is commonly used for inspecting oneself, such as during personal grooming; hence the old-fashioned name "looking glass". This use, which dates from prehistory, overlaps with uses in decoration and architecture. Mirrors are also used to view other items that are not directly visible because of obstructions; examples include rear-view mirrors in vehicles, security mirrors in or around buildings, and dentist's mirrors. Mirrors are also used in optical and scientific apparatus such as telescopes, lasers, cameras, periscopes, and industrial machinery.

According to superstitions breaking a mirror is said to bring seven years of bad luck.

The terms "mirror" and "reflector" can be used for objects that reflect any other types of waves. An acoustic mirror reflects sound waves. Objects such as walls, ceilings, or natural rock-formations may produce echos, and this tendency often becomes a problem in acoustical engineering when designing houses, auditoriums, or recording studios. Acoustic mirrors may be used for applications such as parabolic microphones, atmospheric studies, sonar, and seafloor mapping. An atomic mirror reflects matter waves and can be used for atomic interferometry and atomic holography.

Voorbeelden uit tekstcorpus voor mirrors
1. That view mirrors the Pakistani government‘s assertions.
2. Declining Republican backing mirrors waning public support.
3. "There‘s a lot of smoke and mirrors on that issue.
4. The mirrors, the glass and the counters were unclean.
5. The mirrors or heliostats can bounce rays to a target.