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Optical materials

Note that each sheet of transparent material reflects about 10% of the incident radiation when its surface is orthogonal to the light beam, and a larger fraction for other angles therefore, all the flat surfaces should be orthogonal to the optical path. [Pg.73]


Most of the envisioned practical applications for nonlinear optical materials would require solid materials. Unfortunately, only gas-phase calculations have been developed to a reliable level. Most often, the relationship between gas-phase and condensed-phase behavior for a particular class of compounds is determined experimentally. Theoretical calculations for the gas phase are then scaled accordingly. [Pg.256]

P. A. Tick and P. L. Bocko, "Optical Fiber Materials," The Handbook of Optical Materials, Vol. 3, Marcel Dekker, New York, 1988. [Pg.317]

N. J. Kreidl and J. Rood, in R. Kinglake, ed.. Optical Materials, Applied Optics and Optical Engineering, Academic Press, Inc., New York, 1965. [Pg.317]

Enclosure also changes the redox properties of a compound, its color, and other physical properties (1,2). On this basis nonlinear optical materials, luminescence markers, controlled light switches, and other high-tech devices might be designed and prepared (15,17,137). [Pg.75]

R. M. Wood, Laser Damage in Optical Materials, AdamHilger, Bristol, U.K., 1986. [Pg.22]

Further subclassification of nonlinear optical materials can be explained by the foUowiag two equations of microscopic, ie, atomic or molecular, polarization,, and macroscopic polarization, P, as power series ia the appHed electric field, E (disregarding quadmpolar terms which are unimportant for device appHcations) ... [Pg.134]

Fig. 1. Representative device configurations exploiting electrooptic second-order nonlinear optical materials are shown. Schematic representations are given for (a) a Mach-Zehnder interferometer, (b) a birefringent modulator, and (c) a directional coupler. In (b) the optical input to the birefringent modulator is polarized at 45 degrees and excites both transverse electric (TE) and transverse magnetic (TM) modes. The appHed voltage modulates the output polarization. Intensity modulation is achieved using polarizing components at the output. Fig. 1. Representative device configurations exploiting electrooptic second-order nonlinear optical materials are shown. Schematic representations are given for (a) a Mach-Zehnder interferometer, (b) a birefringent modulator, and (c) a directional coupler. In (b) the optical input to the birefringent modulator is polarized at 45 degrees and excites both transverse electric (TE) and transverse magnetic (TM) modes. The appHed voltage modulates the output polarization. Intensity modulation is achieved using polarizing components at the output.
Applications Involving Nonlinear Index Phenomena. The index of refraction, n, can be expressed for nonlinear optical materials as... [Pg.138]


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Advanced Liquid Crystalline Optical Materials

Analysis optical materials

Anisotropic optical materials

Application of Photoalignment Materials in Optical Elements

Applications molecular optical materials

Bulk materials, nonlinear optical

Bulk materials, nonlinear optical properties

Conducting materials, optically

Conducting materials, optically transparent

Conjugated materials, nonlinear optical

Conjugated materials, nonlinear optical properties

Conjugation length, nonlinear optics, molecular materials

Crystal engineering nonlinear optical materials

Crystal optical properties various materials

Crystal organic nonlinear optical materials

Crystalline materials optical properties

Crystals as All-Optical Information Processing Materials

Dielectric materials, optical response

Donor-acceptor groups, nonlinear optics molecular materials

Electrical, Magnetic, and Optical Properties of Materials

Electro-optic materials

Electro-optic polymeric materials

Electro-optical materials

Electro-optically active materials

Electronic and Optical Materials

Erasable optical-recording materials

Ferrocenes as Materials Displaying Non-Linear Optical Properties

Ferroelectric materials, electro-optic effects

Fiber optic materials

Functional waveguides, optically nonlinear organic materials

Glass, optical applications material systems

Glass, optical applications materials

Hybrid materials optical waveguide applications

In Nonlinear Optical Properties of Organic and Polymeric Materials Williams

In Nonlinear Optical Properties of Organic and Polymeric Materials Williams ACS Symposium Series American Chemical Society: Washington

Infrared spectroscopy optical materials

Inorganic materials optical displays

Langmuir monolayer films nonlinear optical materials

MATERIALS FOR NONLINEAR OPTICS: CHEMICAL PERSPECTIVES

Magneto-optical materials

Material and Optical Properties

Materials fiber-optic chemical sensors

Materials for Nonlinear Optics

Materials nonlinear optical devices

Materials with nonlinear optical

Materials with nonlinear optical properties

Materials, optical properties

Molecular nonlinear optical materials

Molecular nonlinear optical materials third-order effects

Molecular nonlinear optical materials, design

New optical materials

Non linear optic materials

Non-linear optical materials

Non-linear optics, organic materials for

Non-linear optics, organic materials for second-order

Nonlinear optical materials

Nonlinear optical materials (NLOs

Nonlinear optical materials , See

Nonlinear optical materials Langmuir-Blodgett films

Nonlinear optical materials applications

Nonlinear optical materials chromophores

Nonlinear optical materials importance

Nonlinear optical materials obtain

Nonlinear optical materials polymers

Nonlinear optical materials second-order effects

Nonlinear optical materials switchable

Nonlinear optical materials techniques

Nonlinear optical materials third-order effects

Nonlinear optical properties materials

Nonlinear optical properties of organic materials

Nonlinear optics materials

Oligothiophenes optics materials

Optic polymerization materials

Optical Components and Materials

Optical Materials High-Frequency Properties

Optical Materials for UV and Visible Light Lithographies

Optical Properties of Dielectric Materials

Optical Properties of Luminescent Materials

Optical Properties of Materials

Optical Properties of a Material

Optical and electrooptical materials

Optical band-gap materials

Optical disk substrates material requirements

Optical fibers glass materials

Optical fibers plastic materials

Optical filters/materials

Optical laser materials

Optical limiters nonlinear material

Optical limiters nonlinear photonic materials

Optical limiting material

Optical material diamond

Optical materials constants

Optical materials crystalline quartz

Optical materials elasto-, electro-, and magneto-optic

Optical materials harmonic generation

Optical materials index of refraction

Optical materials nonlinear constants

Optical materials processing

Optical materials research

Optical materials synthetic quartz

Optical materials used

Optical materials used lithography

Optical materials, fabrication

Optical materials, polymer-immobilized nanoparticles

Optical microscopy crystalline material analysis

Optical nuclear polarization materials

Optical properties organic light-emitting materials

Optical properties specific material)

Optical properties various materials

Optical recording material

Optical recording material requirements

Optical second harmonic generation organic materials

Optical switching devices materials characteristics

Optical transparency, silica materials

Optically active diols, starting materials

Optically dense materials

Optically nonlinear organic materials

Optics and Optical Materials

Optics of anisotropic materials

Organic electro-optic materials

Organic nonlinear optical materials

Organic optical materials

Organometallic materials, nonlinear optical properties

Patterned Materials and Surfaces for Optical Applications

Photochromic Materials for 3D Optical Memory

Photochromic materials second-order nonlinear optical

Plane Waves in Anisotropic Materials without Optical Rotation

Plane Waves in Materials with Optical Rotation

Polymer organic nonlinear optical materials

Polymeric Waveguide Materials for Integrated Optics

Polymeric materials, advantages nonlinear optical material

Polymeric nonlinear optical materials

Polyphosphazenes optical materials

Practical distinction between optically material

Preparation of Materials for Optical Application

Properties polymer materials with optical

Resist materials optical resists

Second harmonic generation nonlinear optical materials

Second order nonlinear optically active materials

Second-order non-linear optical materials

Second-order optical nonlinear materials

Second-order organic nonlinear optical materials

Selected properties of optical materials and light waves

Spacers, nonlinear optics, molecular materials

Standard Test Method for Specific Optical Density of Smoke Generated by Solid Materials

Sub-Millisecond Thermally Isomerizing Azophenols for Optically Triggered Oscillating Materials

Substitution nonlinear optical materials

Supramolecular nonlinear optical materials

The New Fluorine Containing Copolymers - Prospective Materials for Covers of Optical Fibres

The Use of Optically Active Starting Materials

Third harmonic generation nonlinear optical materials

Third-order nonlinear optical materials

Third-order nonlinear optical properties organic materials

Three-dimensional optical data photochromic materials

Tin-Based Materials in Quadratic Non-Linear Optics

Transmission range, of optical materials

Transmittance spectroscopy and optically transparent cell materials

Ultraviolet optical materials used

Use as nonlinear optical material

Variable optical transmission materials

Window material optical properties

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