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Grate

The first requirement is a source of infrared radiation that emits all frequencies of the spectral range being studied. This polychromatic beam is analyzed by a monochromator, formerly a system of prisms, today diffraction gratings. The movement of the monochromator causes the spectrum from the source to scan across an exit slit onto the detector. This kind of spectrometer in which the range of wavelengths is swept as a function of time and monochromator movement is called the dispersive type. [Pg.57]

The financial support of the EU Commission to the in-plant testing and validation work packages, in the frame ofthe BRITE-EURAM Project 6056 "SIMON" is gratefully acknowledged. [Pg.71]

The financial support of the UE Commission to the work presented in this paper, in the frame of the BRFTE-EURAM Project 6056 "SIMON", is gratefully acknowledged. [Pg.79]

The cooperation and support of the ENEL S.p. A. Production Division, that made extensive in-plant monitoring possible, is also gratefully acknowledged. [Pg.79]

Academy of Sciences of Belarus. The authors are kindly grateful to U. Ewert, B. Redmer,... [Pg.120]

This work was supported by the Ministry of Economics of Germany. The authors are grateful to J. Goebbels (BAM, Germany) for fruitful discussions. [Pg.125]

Acknowledgements. Helpful conversations with Dr. H.Aben are gratefully acknowledged. [Pg.138]

The development of UTDefect has been sponsored by the Swedish Nuclear Power Inspectorate (SKI) and this is gratefully acknowledged. [Pg.161]

The authors are grateful to F.Schur, W.B.Klemmt, Alexei Kuntewich and V.Vengrinowich for helpful discussions. [Pg.262]

The authors are grateful to Dr. Placid Rodriguez, Director IGCAR for his keen encouragement and support. Authors are also thankful to S/Shri S.Saravanan, V.Manoharan, P.Balaraman and Shri P.Sukumar for all their help in experimental work. [Pg.446]

The work described in this paper was undertaken as part of a project funded by the European Community under the Industrial and Materials technologies Programme (Brite/EuRam III). The contributions of other partners in the project, AIB-Vinfotte asbl, Tecnatom SA and SLV Mifrichen GmbH) is gratefully acknowledged. [Pg.772]

The authors are grateful to Dr J M Farley of Mitsui Babcock Energy Limited for useful comments. [Pg.956]

The diffraction is essentially that of a grating. As illustrated in Fig. VIII-7, the Laue condition for incidence normal to the surface is... [Pg.303]

Zhu X D, Rasing T H and Shen Y R 1988 Surface diffusion of CO on Ni(111) studied by diffraction of optical second-harmonic generation off a monolayer grating Phys. Rev. Lett. 61 2883-5... [Pg.1304]

Figure Bl.18.2. Diffraction figure of a grating If only the zeroth-order beam were collected by the lens, only a bright area would be visible without any stnicture indicating the presence of the grating. If the zeroth- and ifirst-order beams are collected, as indicated in the figure, the grating can be observed, albeit with incomplete object fidelity. Figure Bl.18.2. Diffraction figure of a grating If only the zeroth-order beam were collected by the lens, only a bright area would be visible without any stnicture indicating the presence of the grating. If the zeroth- and ifirst-order beams are collected, as indicated in the figure, the grating can be observed, albeit with incomplete object fidelity.
Figure Bl.18.6. Schematic representation of Zemike s phase contrast method. The object is assumed to be a relief grating in a transparent material of constant index of refraction. Phase and amplitude are varied by the Zemike diaphragm, such that an amplitude image is obtained whose contrast is, m principle, adjustable. Figure Bl.18.6. Schematic representation of Zemike s phase contrast method. The object is assumed to be a relief grating in a transparent material of constant index of refraction. Phase and amplitude are varied by the Zemike diaphragm, such that an amplitude image is obtained whose contrast is, m principle, adjustable.
Figure B2.1.1 Femtosecond light source based on an amplified titanium-sapphire laser and an optical parametric amplifier. Symbols used P, Brewster dispersing prism X, titanium-sapphire crystal OC, output coupler B, acousto-optic pulse selector (Bragg cell) FR, Faraday rotator and polarizer assembly DG, diffraction grating BBO, p-barium borate nonlinear crystal. Figure B2.1.1 Femtosecond light source based on an amplified titanium-sapphire laser and an optical parametric amplifier. Symbols used P, Brewster dispersing prism X, titanium-sapphire crystal OC, output coupler B, acousto-optic pulse selector (Bragg cell) FR, Faraday rotator and polarizer assembly DG, diffraction grating BBO, p-barium borate nonlinear crystal.

See other pages where Grate is mentioned: [Pg.137]    [Pg.265]    [Pg.429]    [Pg.53]    [Pg.47]    [Pg.47]    [Pg.348]    [Pg.822]    [Pg.124]    [Pg.1120]    [Pg.1120]    [Pg.1120]    [Pg.1125]    [Pg.1163]    [Pg.1163]    [Pg.1163]    [Pg.1168]    [Pg.1199]    [Pg.1234]    [Pg.1235]    [Pg.1235]    [Pg.1236]    [Pg.1298]    [Pg.1662]    [Pg.1662]    [Pg.1971]    [Pg.1971]    [Pg.1973]    [Pg.1973]    [Pg.1981]    [Pg.1984]    [Pg.1985]    [Pg.1985]    [Pg.1985]   
See also in sourсe #XX -- [ Pg.27 ]




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Atomic grating

Azo dyes and surface gratings

Azobenzene surface gratings

Azobenzene-based polymers surface-relief-gratings

Biomass grate furnace

Birefringence gratings

Blazed diffraction grating

Blazed grating

Bragg diffraction grating

Bragg grating structure

Bragg gratings

Calibration grating

Chain length, polymer profile, and grating profiles

Color grating dispersion

Combustion, grate-firing

Concave grating

Czerny- Turner grating mount

Czerny-Turner grating monochromator

Density grating

Density grating acoustic

Density grating diffusive

Density grating time dependence

Detection systems, grating-based

Detectors diffraction grating monochromator

Devices Bragg grating

Devices Bragg grating filter

Devices surface-relief gratings

Diffraction efficiency, transient grating

Diffraction grating as a spectral instrument

Diffraction grating blaze angle

Diffraction grating definition

Diffraction grating equation

Diffraction grating holographic

Diffraction grating order

Diffraction grating resolving power

Diffraction grating sensor

Diffraction grating structures

Diffraction grating structures resonances

Diffraction gratings

Diffraction gratings 256 INDEX

Diffraction-limited grating

Diffraction-limited grating monochromator

Diffraction-limited grating spectrometer

Diffractive grating

Diffractive grating spectrometer

Diffusive thermal grating

Diode array, grating monochromator

Dispersion diffraction grating

Dispersion gratings

Dispersive element Echelle grating

Dispersive grating spectrometer

Distributed feedback grating

Double-beam grating spectrometer

Double-beam instruments 23 Gratings

Drain gratings

Echelle grating

Echelle gratings angular dispersion

Echelle gratings linear dispersion

Echelle spectrometer crossed-grating

Echellette grating

Effective Medium Theories (EMTs) for Subwavelength Gratings

Efficiency of grating

Electrically Tunable Diffraction Gratings

Excitation grating

Feature 25-3 Ruling Gratings

Fiber Bragg grating (FBG) sensors

Fiber Bragg gratings

Fiber Bragg gratings sensors

Fiber grating

Fibre Bragg grating fabrication

Fibre Bragg grating sensors

Fibre Bragg gratings

Filters, Prisms, Gratings, and Lenses

Funds gratings

Grate biomass

Grate coolers

Grate furnace

Grate kiln system

Grate moving

Grate plates

Grate separator

Grate system, mass burning

Gratefully acknowledged

Grating

Grating Formation Dynamics and Mechanisms

Grating constant

Grating coupler

Grating coupler sensor

Grating coupling

Grating efficiency

Grating equation

Grating formula

Grating free spectral range

Grating frequency

Grating ghosts

Grating grooves

Grating holographically ruled

Grating instrument

Grating light reflection spectroscopy

Grating lobes

Grating lobes trapped

Grating mechanically ruled

Grating monochromator

Grating monochromator spectroscopy

Grating monochromators

Grating normal

Grating orders

Grating pair

Grating period

Grating plane

Grating platform

Grating primary

Grating relaxation

Grating replica

Grating rings

Grating ruled width

Grating spaces

Grating spectral analysis

Grating spectrographs

Grating spectrometer

Grating structure

Grating technique

Grating theory

Grating throughput

Grating vector

Grating waveguide structures

Grating, diffraction pattern

Grating, diffraction pattern image formation

Grating, diffraction transmission

Grating, holographic reflection

Grating, optical

Grating, principle

Grating-based fluorescence enhancement

Gratings Littrow configuration

Gratings factors

Gratings grating order

Gratings holographic grating

Gratings optically-induced

Gratings transmission

Gratings, atomic spectroscopy

Gratings, diffraction Rowland

Gratings, diffraction blaze

Gratings, diffraction concave

Gratings, diffraction echelle

Gratings, diffraction groove spacing

Gratings, diffraction plane

Gratings, diffraction replicas

Gratings, photoinduced

Grooves of a grating

Holographic grating

Holographic grating recording

Holographic grating technique

Holographic gratings switchable

Holographic volume gratings

Holography, surface-relief gratings

Horizontal grate

Inclined grate

Infrared spectrometers gratings

Input grating coupler

Interference grating

Internet Grateful Med

Lamellar grating

Lamellar grating interferometer

Lepol grate

Light grating dispersion

Littrow echelle gratings

Littrow grating

Littrow grating prism

Long period fiber grating

Long-period gratings

Long-period gratings interferometers

Machine travelling grate

Master grating

Mechanical properties of fibre Bragg gratings

Microarrays resonant waveguide grating biosensor

Mills grate-discharge

Monochromators diffraction gratings

Monochromators with diffraction grating

Multilayer grating coupled emission, active

Nanoparticle Arrays and Gratings

Nonlinear waveguide grating couple

One-dimensional gratings

Optical Phase Conjugation with Orientation and Thermal Gratings

Optical diffraction grating

Optical fiber grating technology

Optical fibre grating

Optical fibre grating Bragg

Optical fibre grating long period

Optical grating calorimetry

Optical grating patterns

Optical properties diffraction gratings

Optical waveguide grating

Optical-fibre grating sensor

Optically Switchable Reflection Gratings

Optically Tunable Diffraction Gratings

Optically Tunable Diffraction Gratings in Polymer-Stabilized Liquid Crystals

Optoelectronics, molecular glasses azo reorientation and surface gratings

Order of grating

Output grating coupler

Overview of Transient Grating Results

Phase grating

Photochemical phase dynamic gratings

Photochromic materials, molecular glasses azo reorientation and surface gratings

Photoinduced birefringence, molecular glasses reorientation and surface gratings

Photoinduced surface relief gratings

Photoinduced surface relief gratings SRGs)

Photonics grating formation

Photorefractive gratings formation

Pigments Based on Holography and Gratings

Plane Grating Spectrometers

Polyimide-Coated Fiber Bragg Grating Sensors for Humidity Measurements

Polymer surface relief gratings

Population grating

Pot grate

Principal analysis of embedded fibre Bragg grating sensors

Prism and Grating

Raman Grating Polychromator with Multichannel Detector

Raman Grating Spectrometer with Single Channel Detector

Raman-Nath grating regime

Rapid-scanning grating spectrometers

Reflectance grating

Reflection grating

Reflective grating

Refractive index grating fabrication

Refractive index, transient grating

Relief grating

Resolution of a grating

Resolving Power of a Grating

Resolving power grating

Resonant waveguide grating

Resonant waveguide grating biosensor

Rotating grating

Ruled grating

Scanning grating monochromators

Single-beam grating instruments

Sinusoidal grating

Species grating

Spectral grating spectrometer

Spectrometer components diffraction grating

Spectrometer echelle grating

Spectrometers Raman grating

Spectrometers scanning-grating

Spectrophotometer grating

Spectrophotometry grating

Spectroscopic components gratings

Spectroscopy grating

Spherical lamellar grating

Structural health monitoring gratings

Surface Restricted Transient Grating

Surface plasmon grating coupled emission

Surface relief grating

Surface relief grating azobenzene-based photochromic

Surface relief grating materials

Surface relief grating thin film

Surface-relief gratings applications

Surface-relief gratings azopolymers

Surface-relief gratings formation

Surface-relief gratings polarization dependence

Surface-relief gratings recording

Temperature grating

Temperature grating acoustic

The Two-Mirror, Crossed-Beam, Plane Grating Spectrometer

The scanning grating monochromator

The scanning grating monochromator and polychromator diode-array

Thermal grating

Time-resolved spectroscopies transient grating

Transient grating

Transient grating and interferometry

Transient grating applications

Transient grating decays

Transient grating diffusive

Transient grating experimental

Transient grating harmonic

Transient grating intensity

Transient grating method

Transient grating scattering

Transient grating signal intensity

Transient grating spectroscopy

Transient grating technique

Transient grating thermalization processes

Transient grating time resolved methods

Transient holographic grating

Transient holographic grating technique

Transient phase grating spectroscopy

Transient population gratings

Traveling Grate Kiln

Traveling grate furnace

Travelling grate kiln

Travelling grates

Trenches gratings

Tunable diffraction gratings

Tunable diffraction gratings mechanism

Tunable diffraction gratings recording

Two-dimensional grating

Variable grating mode

Versus Grating Spectrometers

Volume grating

Volumic grating

Waveguide grating

Waveguide with grating couplers

With grating coupler

Writing the Temperature Grating

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