Fabrication of multilayer dielectric films.
Evaporation system for fabrication of multilayer dielectric films for mirrors or filters, obtaining thickness variation reduction and simultaneous deposition
FILM THICKNESS↗
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Study high dielectric constant thin film capacitor materials Final report
High vacuum approach for high dielectric constant thin film capacitor fabrication to reduce microcircuit size
THIN FILM↗
A near-field solution for an infinite line source above a dielectric coated conducting plane Interim technical report
Near-field solution for infinite line source above dielectric coated conducting plane
DIELECTRICS↗
Dielectric constant of a plasma in a direct pinch magnetic field and in a direct helical magnetic field
Dielectric constant of plasma in direct pinch magnetic field and in direct helical magnetic field
MAGNETIC FIELD↗
Production of surface electrostatic charging on dielectrics cleaved in vacuum - Theoretical
Mechanisms responsible for electrostatic charging and adhesional behavior in dielectrics cleaved in vacuum
CLEAVAGE↗
Dielectric constant of vegetation at 8.5 GHz
Measurement of dielectric constant of vegetation at microwave frequencies by cavity perturbation method
MICROWAVE FREQUENCY↗
Effects of dielectric covers over cross slots in a rectangular waveguide
Dielectric cover effects on radiation properties of cross slots in rectangular antenna
WAVE RADIATION↗
Input admittance of a rectangular waveguide- fed aperture antenna radiating into an inhomogeneous lossy dielectric slab
Input admittance of rectangular waveguide antenna radiating into inhomogenous lossy plasma slab and dielectric constant variations
DIELECTRIC CONSTANT↗
Optical scattering cross sections for polydispersions of dielectric spheres.
Optical scattering cross sections for polydispersions of dielectric spheres, showing dependence on ratio of third to second moment of shape and size distribution function
PARTICLE SIZE↗
Analysis of the dielectric constant of a two- temperature plasma.
Dielectric constant of homogeneous fully ionized two-temperature plasma for determining conditions under which ion waves can be found
DIELECTRIC CONSTANT↗
Composite metallic and dielectric insulators for high current arc electrodes.
Composite metallic and dielectric insulators for high current arc electrodes
DIELECTRIC MATERIAL↗
A note on the possible contribution of dielectric relaxation in gases to the microwave opacity of the Cytherean atmosphere.
Dielectric relaxation of gases and sharp rise in microwave absorption coefficient in Cytherean atmosphere
ABSORPTION COEFFICIENT↗
Reflection and refraction of electromagnetic waves by a moving dielectric medium.
Plane electromagnetic wave reflection and refraction by semiinfinite dielectric medium moving uniformly parallel to surface analyzed for arbitrary incidence plane orientation
DIELECTRIC PERMEABILITY↗
Dielectric properties of cryogenic liquids.
Electric breakdown, dielectric constant and dissipation factors of cryogenic liquid nitrogen, hydrogen and helium
LIQUID HYDROGEN↗
Effect of dielectric and high-resistivity barriers on the superconducting transition temperature of thin films.
Thin films deposited onto substrates cooled to low temperatures investigated for transition temperature in structures of superconductor- dielectric-superconductor
SANDWICH CONSTRUCTION↗
Design of dielectric-covered resonant slots in a rectangular waveguide.
Dielectric cover effect on resonant frequency of slots in rectangular waveguide, using Stevenson free space theory and plane-wave reflection coefficient
RESONANT FREQUENCY↗
The admittance of a rectangular waveguide radiating into a dielectric slab.
Surface wave pole contribution to admittance of rectangular waveguide-fed slot into dielectric slab
DIELECTRIC MATERIAL↗
Response of a grounded dielectric slab to an impulse line source using leaky modes
This paper describes how expansions in leaky (or improper) modes may be used to represent the continuous spectrum in an open radiating waveguide. The technique requires a thorough knowledge of the life history of the improper modes as they migrate from improper to proper Riemann surfaces. The method is illustrated by finding the electric field resulting from an impulsively forced current located in the free space above a grounded dielectric slab.
DIELECTRIC SLABS↗