「Optical」の共起表現一覧(1語右で並び替え)

Optical

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  • ctrometer, but special care is taken to avoid optical aberrations for better image quality.
  • alyt) is a compound lens design that corrects optical aberrations where the lens elements are widel
  • ssue in zoom lens design is the correction of optical aberrations (such as chromatic aberration, an
  • bolas, since these more complex shapes reduce optical aberrations and give a larger field of view.
  • etic can be disastrous to the possible future optical abilities of the patient; dissolved nitrous o
  • is equal to the square of the diameter of the optical ablation zone measured in millimeters, divide
  • The method is spectrometric ( optical absorbance at 436-475nm (max 455nm) with exci
  • Distinct optical absorbance bands at 842 and 845 nm were obser
  • achieved by introducing an active or passive optical absorber which in the active mode may be cont
  • small zenith angles, the Chapman function for optical absorption is equal to
  • orm, and may be detected by a shoulder in the optical absorption spectrum in the 400-450 nm range.
  • uc plot is a convenient way of displaying the optical absorption spectrum of a material pioneered b
  • eyler was the first scientist to describe the optical absorption spectrum of the red blood pigment
  • structure in electron paramagnetic resonance, optical absorption and photoluminescence spectra, and
  • acancy-interstitials pairs identified through optical absorption.
  • ide pump halorhodopsin enable multiple-color, optical activation and silencing of neural activity.
  • used to investigate molecular structures and optical activity of organic compounds.
  • irst compound isolated from nature displaying optical activity due to the presence of planar chiral
  • ricus van 't Hoff and Joseph Le Bel explained optical activity in terms of the tetrahedral arrangem
  • Optical activity
  • ion 5, and does not refer to the direction of optical activity.
  • of all ketoses and is the only one having no optical activity.
  • Optical actuation of nanomechanical systems
  • ope is also used to test internally-developed optical adaptive optics (AO) systems, using tip-tilt
  • WSSs is the implementation of reconfigurable optical ADMs (ROADM), or, in full mesh arrangements,
  • Optical Afterglow Candidate of GRB 920925C (2007) - t
  • In October 2007 Oksanen was the first to find optical afterglow of GRB 071010B which had been detec
  • s ever gets; reports of it being seen without optical aid are unverified.
  • ral specimens that are best appreciated using optical aid, commonly a hand-lens or better, a binocu
  • ect, so that some read print (with or without optical aids) and travel without canes.
  • The observed radar albedo was 0.58 and the optical albedo was 0.14.
  • Optical Allusions.
  • high power laser systems, which use chains of optical amplifiers to produce an intense beam.
  • Raman amplification is used in optical amplifiers.
  • One of the applications is for optical amplifiers.
  • It is the optical analog of phased array radar.
  • It is an optical analytical technique that analyzes the interf
  • The term microprobe may also be applied to optical analytical techniques, when the instrument is
  • r cross polarized light (sometimes called the optical analyzer).
  • er optic test and measurement devices include optical analyzers, reflectometers, tunable lasers, op
  • he directed a research department focused on optical and quantum device physics from 1977 to 2005.
  • atistics make it the second best location for optical and infrared astronomy in the Northern Hemisp
  • have distinct physical, biological, chemical, optical and acoustical signatures.
  • rs of disk wind, derived from the analysis of optical and UV spectra of CTTS.
  • es, electromagnetic apertures and scattering, optical and infrared physics and phenomenology, and s
  • [SPIE Cambridge Symposium on Optical and Optoelectronic Engineering, 26-31 October
  • Danly has also completed hundreds of hours of optical and radio observation at such facilities as K
  • He worked on the optical and magnetic properties of crystals, discover
  • In 1972 a few variable optical and radio sources were grouped together and p
  • Photoconductivity is an optical and electrical phenomenon in which a material
  • ter accuracy in comparing features using both optical and electron imaging.
  • .8 meter Gregorian telescope observing in the optical and infrared.
  • ts into their line including shorts, perfume, optical and sunglasses, tennis shoes, deck shoes, wal
  • This excitation field may be optical and unrelated to the spaser's operating frequ
  • the interaction between the electromagnetic ( optical) and the electrical (electronic) states of ma
  • Electronics is a scientific journal covering optical, and electrical, and electronics engineering,
  • ical instruments was legendary, especially of optical and electronic devices and of image converter
  • , crew couches, control and instrument panel, optical and electronic guidance systems, communicatio
  • meteorological payloads for INSAT satellites, optical and microwave payloads for IRS satellites.
  • f materials (e.g. for medical diagnosis), and optical and microwave communication.
  • develops solar thermal power plants based on optical and heating properties of sunlight to produce
  • lva, an American member of the Air Force Maui Optical and Supercomputing (AMOS) team.
  • , with details of their structure, chemistry, optical and physical properties, distinguishing featu
  • s sponsored by tournament sponsor Transitions Optical and shares an agent with Stallings, Stallings
  • multi-wavelength data sets, spanning far-UV, optical and near-IR spectroscopy, plus radio and mm o
  • It featured a 7 megapixel CCD, 15x zoom (3x optical and 5x digital), 4 cm macro, voice recording,
  • methods are used in current HMD technology - optical and electromagnetic.
  • Unlike optical and transmission electron microscopes, image
  • nusually its hotspots are readily detected in optical and X-ray emission.
  • a digital angiography center, a full service optical, and on-site ophthalmology services.
  • le-crystal fibers must have equal or superior optical and structural qualities compared to bulk cry
  • GOODS consists of optical and near-infrared imaging taken with the Adva
  • ntum gravity, cosmology, gravitational waves, optical and radio astronomy, solar system physics and
  • ld War 2 he was engaged in the development of optical and other instrumentation as the head of an i
  • iam Jones (1763-1831) was an English maker of optical and other scientific instruments who later fo
  • He studies optical and radio emissions from galactic centers and
  • The combination of optical and radar observations normally allows the pr
  • The comparison of the optical and infrared magnitudes including dust conden
  • Electron transport, optical and electronic devices
  • nly used at the 90-inch, two that work in the optical and one in the near-IR.
  • Good Samaritan Health Clinic- a free medical, optical and dental clinic for uninsured, working indi
  • used in laboratory instrumentation robotics, optical and laser equipment, or X-Y tables, fine reso
  • tructed this will be the largest ground-based optical and near-infrared telescope.
  • vich Khalezov (1916-1999) - the head of Kazan Optical and Mechanical Plant (1950-1961, 1963-1969),
  • ional Observatory and a number of other major optical and sub-millimetre telescopes at several site
  • of high volume mass production and simplified optical and parts construction to open a new market f
  • ide the laser, and this causes changes in the optical and electrical properties of the laser.
  • The Air Force Maui Optical and Supercomputing (AMOS) observatory is an A
  • ropean Physical Journal D: Atomic, Molecular, Optical and Plasma Physics
  • ard and Francois Baschet, a "water play" with optical and acoustical elements.
  • Electron Transport, Optical and Electronic Devices, Hard Matter
  • Novel techniques for correlating optical and infrared scattering properties with mater
  • loverleaf is brighter than the others in both optical and X-ray light but was to be relatively brig
  • ium chloride; this compound shows interesting optical and magnetic properties.
  • Samarium(III) oxide is used in optical and infrared absorbing glass to absorb infrar
  • al artist best known for his contributions to optical and kinetic art.
  • involved in the flight hardware development, optical and mechanical design, construction, and inte
  • sive use of a large format camera led to both optical and darkroom experiments.
  • perpositions in bose-einstein condensates via optical angular momentum beams PHYSICAL REVIEW LETTER
  • a mechanical compression which should lead to optical anisotropy of materials, so the different ref
  • In reverse, it shows large optical anisotropy, from gray to dull golden orange.
  • COAST, the Cambridge Optical Aperture Synthesis Telescope, is a multi-elem
  • monly associated with opticians and makers of optical apparatus such as microscopes and telescopes.
  • In most darkrooms, an enlarger, an optical apparatus similar to a slide projector, that
  • The megalethoscope is an optical apparatus designed by Carlo Ponti of Venice c
  • testing and finishing of the highest class of optical apparatus.
  • Ferrofluids have numerous optical applications due to their refractive properti
  • (FSA) coordinate system is primarily used in optical applications
  • is typically associated with silicon films in optical applications such as solar cells.
  • ndrimers for gene delivery and for non linear optical applications it is one of their main goals.
  • e of microelectromechanical systems (MEMS) in optical applications, which is known as optical MEMS
  • 1956 Elgeet Optical appointed as exclusive U.S. distributor for t
  • ntre for crystallographic research pioneering optical approaches to x-ray diffraction based on the
  • logies based in Washington D.C. Tracer was an optical archival company.
  • h arms opening in a direction opposite to the optical arms (Laine, 2005).
  • Optical arrangement for registering a single partial
  • Microstructured optical arrays (MOAs) are instruments for focusing x-
  • Microstructured optical arrays, namely capillary/polycapillary optica
  • The optical aspect sensor consisted of a Sun-Moon-Earth s
  • s a standard lens mount for cameras and other optical assemblies.
  • are, Lead Cyogenic Engineer for the Cryogenic Optical Assembly of the Cosmic Background Explorer, M
  • t is dedicated to carrying out high-precision optical astrometry.
  • serving facilities for British and Australian optical astronomers.
  • It is home to Wales's largest optical astronomical telescope.
  • The CHARA Array is an optical astronomical interferometer operated by The C
  • The MDM Observatory is an optical astronomical observatory on Kitt Peak (west o
  • National Optical Astronomical Observatories (NOAO, USA)
  • Mosaic CCD imagers at the National Optical Astronomy Observatory's Blanco (Cerro Tololo)
  • Jeon and B.-C. Lee at Bohyunsan Optical Astronomy Observatory.
  • iscovered by Young-Beom Jeon at the Bohyunsan Optical Astronomy Observatory on February 11, 2002.
  • t to work as an Astronomer at the US National Optical Astronomy Observatories (NOAO) in Tucson Ariz
  • faint sources, which gave a major impetus to optical astronomy in the United Kingdom".
  • ican Observatory (CTIO) (part of the National Optical Astronomy Observatory, NOAO), and the Univers
  • lo Inter-American Observatory of the National Optical Astronomy Observatory and is presently the As
  • Jeon at Bohyunsan Optical Astronomy Observatory.
  • of management strucuture imitated to National Optical Astronomy Observatory (NOAO) and National Rad
  • graduating he held positions at the National Optical Astronomy Observatory and at the University o
  • National University and the American National Optical Astronomy Observatory .
  • Program (TSIP), administered by the National Optical Astronomy Observatory (NOAO).
  • Kuykendall of the Elephant 6-related website Optical Atlas.
  • Variable Optical Attenuator
  • Built-in variable optical attenuators may be either manually or electri
  • with high resolution color displays, digital optical audio hardware and advanced recording abiliti
  • The optical axes of the calcite crystals are parallel and
  • er type of twinning can occur parallel to its optical axes.
  • pe (via star А), and better than 30 arcsec at optical axis (star B)
  • f its components), light propagates along the optical axis differently than in other directions.
  • The lens's optical axis sweeps in the plane of the nominal X and
  • will revolve/orbit around a projection of the optical axis as the stage is rotated.
  • Each cylinder lines up parallel to the optical axis into which electrons enter.
  • cutting the crystal in such a manner that the optical axis is oriented obliquely with respect to th
  • f the object to the surface vertex (where the optical axis meets the mirror) will form an angle wit
  • Light propagating along the optical axis of a uniaxial crystal (e.g.
  • to a conventional Wollaston wedge and has the optical axis oriented parallel to the surface of the
  • ividual segment mirror: translation along the optical axis (piston) and rotation about two axes per
  • the X-axis cutting the knife edge across the optical axis and must have measurable adjustment to 0
  • The circular scanning of the lens's optical axis traces out a coaxial cone pattern with t
  • The optical axis of the prism material is perpendicular t
  • sts around a direction normal to the positive optical axis".
  • If the light beam is not parallel to the optical axis, then the beam is split into two rays (t
  • Only the beam propagating on the optical axis, proportional to the cross-product E(t)E
  • , which allows the optics to stay on a common optical axis.
  • does not deviate the beam if centered on the optical axis.
  • cted from the mirror as a ray parallel to the optical axis.
  • ew) mechanism for moving the sensor along the optical axis.
  • he laser and the narrow-band detection of the optical back scatter signal.
  • (FBU), not part of a standard, is the unit of optical backscatter detectors (OBS), measured at ca 1
  • gion to the abscissa yields the energy of the optical band gap of the material.
  • ade with a varying composition x to allow the optical bandgap to be tuned as desired.
  • sts of a ring cavity of length L with tunable optical bandpass filter and gain element.
  • Irradiated by a strong optical beam burns in presence of oxygen.
  • A powerful laser in the way of an optical beam which replaces the beam with stronger on
  • magnetization along the z-direction, Mz, the optical beam experiences a rotation of its polarizati
  • on, M, along the propagation direction of the optical beam.
  • Engineers at JPL examine components on an optical bench that simulates the precision performanc
  • He used an optical bench fitted with thermopiles, shields and li
  • stabilized vacuum chamber, vibration-isolated optical benches, and a large telescope (run backwards
  • ical binary, and B, C, D, E, and F, which are optical binaries and have no physical association wit
  • However, the star is an optical binary component and in reality is a white gi
  • py (CONFOSCAN), or noncontact methods such as optical biometry with a single Scheimpflug camera (su
  • n biomedical engineering while working in the Optical Biosensing Laboratory, where he developed an
  • Optical biosensors
  • stal to terahertz radiation causes it to show optical birefringence and change the polarization of
  • An optical black hole is a phenomenon in which slow ligh
  • The system includes a condensate in an optical box trap together with single atom detection.
  • Vapochromic devices are the optical branch of electronic noses.The main applicati
  • Besides cameras, applications include optical breadboard prototyping components, and telesc
  • e final print; however most modern papers use optical brighteners to extend the paper's tonal range
  • ese dyes are the sulfonated triazine-stilbene optical brighteners (OBA) or fluorescent whitening ag
  • ial enzymes, nutraceuticals, pharmaceuticals, optical brighteners, whiteners, textile auxiliaries,
  • intermediate for synthesizing dyes, pigments, optical brighteners, and pharmaceuticals.
  • Stilbene is used in manufacture of dyes and optical brighteners, and also as a phosphor and a sci
  • s often increased during the decline in their optical brightness.
  • MODIS has used the Marine Optical Buoy for vicarious calibration.
  • SeaWiFS had used the Marine Optical Buoy for vicarious calibration.
  • There is one Marine Optical Buoy operating in the water, and another in m
  • RWA (Routing Wavelength Assignment) in Optical Burst Switching of Optical Network would be a
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