Aktuális sajtó tartalmak és illusztrációs fotók

[diffraction rings] képek

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Showing blue-white flare at left on black field, with radial spikes and lens ghosts, copy space-stock-foto
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Floating green badges moving through deep space, with lens flare and energy symbols-stock-foto
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Pulsing band of colorful waveforms weaving across studio, emitting lens flare and halo rings-stock-foto
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Male Purple Emperor Apatura iris revealing his gorgeous underwings whilst sampling salts from a woodland track through Bentley Wood in Wiltshire UK-stock-foto
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Purple Emperor Apatura iris male sampling salts from a woodland track through Bentley Wood in Wiltshire UK-stock-foto
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Purple Emperor Apatura iris male sampling salts from a woodland track through Bentley Wood in Wiltshire UK-stock-foto
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Baltimore, United States. 26th Sep, 2022. The gas giant planet Jupiter, features the Great Red Spot, a storm the size of Earth that has been raging for hundreds of years, taken from the Webb Space Telescope, August 22, 2022. Jupiter will be the closest to earth in the past 59 years and visible to the eye on September 26, 2022. Credit: Planetpix/Alamy Live News-stock-foto
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Baltimore, United States. 26th Sep, 2022. The gas giant planet Jupiter, features the Great Red Spot, a storm the size of Earth that has been raging for hundreds of years, taken from the Webb Space Telescope, August 22, 2022. Jupiter will be the closest to earth in the past 59 years and visible to the eye on September 26, 2022. Credit: Planetpix/Alamy Live News-stock-foto
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The bright star at the center of NGC 3132, while prominent when viewed by NASA’s Webb Telescope in near-infrared light, plays a supporting role in sculpting the surrounding nebula. A second star, barely visible at lower left along one of the bright star’s diffraction spikes, is the nebula’s source. It has ejected at least eight layers of gas and dust over thousands of years.  But the bright central star visible here has helped “stir” the pot, changing the shape of this planetary nebula’s highly intricate rings by creating turbulence. The pair of stars are locked in a tight orbit, which leads t-stock-foto
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The bright star at the center of NGC 3132, while prominent when viewed by NASA’s Webb Telescope in near-infrared light, plays a supporting role in sculpting the surrounding nebula. A second star, barely visible at lower left along one of the bright star’s diffraction spikes, is the nebula’s source. It has ejected at least eight layers of gas and dust over thousands of years.  But the bright central star visible here has helped “stir” the pot, changing the shape of this planetary nebula’s highly intricate rings by creating turbulence.-stock-foto
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Brocken spectre above clouds, aerial landscape-stock-foto
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Brocken spectre above clouds, aerial landscape-stock-foto
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Brocken spectre above clouds, aerial landscape-stock-foto
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A solar glory with a centered airplane shadow on clouds seen from above-stock-foto
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Circular lunar corona around the Moon in waxing gibbous phase,the night sky viewed from south-east England, UK in winter-stock-foto
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Plasma like reflections-stock-foto
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Full moon partial eclipse surrounded by a colorful corona (aureole) in night sky, an astronomical and optical phenomenon-stock-foto
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A sundog, an atmospheric phenomenon, appearing in the sky, producing a halo effect around the sun, creating a colorful display.-stock-foto
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Lunar Corona with fleecy Clouds-stock-foto
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Lunar Corona with fleecy Clouds-stock-foto
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Lunar Corona with fleecy Clouds-stock-foto
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Sun Corona-stock-foto
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Sun Corona-stock-foto
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Water Sculpture - Pillar and Head-stock-foto
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newton rings appear in thin layer of air between two glasses-stock-foto
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Man looking down length of Periscope-stock-foto
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Light House Fresnel lens that allows focus of beams of light.-stock-foto
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Light House Fresnel lens that allows focus of beams of light.-stock-foto
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Light House Fresnel lens that allows focus of beams of light.-stock-foto
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Fresnel Diffraction-stock-foto
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Showing translucent HUD panel with code in 3D UI, showing radar rings, globe, wireframe, lens flare-stock-foto
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Fresnel Diffraction-stock-foto
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Fresnel Diffraction-stock-foto
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Fresnel Diffraction-stock-foto
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Fresnel Diffraction-stock-foto
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. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Diffraction pattern of PbTe layer. Fig. 2. PbTe layer exposed to intense electron beam during 10-20 seconds. Magnification 6000. Fig. 3. PbTe layer exposed to intense electron beam longer than 20 seconds. Magnification 6800. rings of the NaCl type structure, the intensity of which is determined by the difference of atom factors. Thus, a crystal lattice of the kind proposed shows an electron diiTraction pattern corresponding to simple cubic structure with the lattice constant halved. Of the three analogous-stock-foto
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Fresnel Diffraction-stock-foto
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Fresnel Diffraction-stock-foto
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A photo of red laser light diffracted through a small aperture (with a 50 micrometer opening) shows concentric rings of light and dark areas.-stock-foto
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Fresnel Diffraction-stock-foto