A variable interval width quadrature technique based on Romberg's method
Numerical integration or quadrature technique for evaluating Fourier integrals in theory of infinite cylindrical antenna
Miller, E. K.↗
Engineering topics
Miller, E. K.
Publications and source records attributed to Miller, E. K..
Antenna admittance in an ionospheric-type plasma
Cylindrical antenna admittance during immersion in ionospheric plasma, noting influence of ion sheath and plasma anisotropy
Miller, E. K.↗
On ionospheric composition measurements with an R.F. impedance probe.
RF impedance probe used for ionospheric composition measurements, describing antenna operation in ion-electron cyclotron frequency range
Miller, E. K.↗
Infinite cylindrical antenna in a uniaxial compressible plasma.
Numerical values for cylindrical antenna admittance in uniaxial plasma, considering plasma compressibility and vacuum sheath
Miller, E. K.↗
Characteristic waves on an infinite cylindrical antenna in a plasma medium.
Current nature on infinite cylindrical antenna in compressible anisotropic lossy plasma medium, noting characteristic waves on infinite cylinder
Miller, E. K.↗
Admittance of an inhomogeneously sheathed infinite cylindrical antenna immersed in an isotropic, compressible plasma.
Admittance of inhomogeneously sheathed infinite cylindrical antenna immersed in istropic compressible plasma
Miller, E. K.↗
Ionospheric composition measurements with an RF impedance probe
Ionospheric composition measurements with radio frequency impedance probes
Miller, E. K.↗
The admittance of an infinite cylindrical antenna in a lossy, compressible, anisotropic plasma.
Admittance values for infinite dipole antenna immersed in magnetoplasma obtained from numerical integration of Fourier integral for antenna current
Miller, E. K.↗
Antenna admittance in an ionospheric-type plasma Scientific report
Antenna admittance in an ionospheric plasma with emphasis on electron density
Miller, E. K.↗
The admittance of the infinite cylindrical antenna immersed in a lossy, compressible plasma.
Admittance of infinite cylindrical antenna immersed in lossy compressible plasma
Miller, E. K.↗
An approximate formula for the admittance of a long, thin antenna.
Admittance approximation for long thin cylindrical antenna
Miller, E. K.↗
The current and near fields of an infinite cylindrical antenna immersed in a lossy plasma medium Scientific report
Numerical analysis of surface currents and near fields of infinite cylindrical dipole antennas excited at circumferential gaps of non-zero thickness in a lossy plasma medium
Miller, E. K.↗
Electromagnetic wave scattering from a cylinder immersed in a warm plasma.
Transverse electromagnetic plane wave scattering from perfectly conducting cylinder in warm compressible plasma, noting primary and conversion cross sections, electrokinetics and coupling coefficients
Miller, E. K.↗
Admittance dependence of the infinite cylindrical antenna upon exciting gap thickness.
Infinite cylindrical antenna admittance dependence on exciting frequency and gap thickness
Miller, E. K.↗
Admittance of the infinite cylindrical antenna in a lossy plasma. 3 - The compressible, magnetoplasma
Plasma compressibility, plasma anisotropy, and vacuum sheath effects on antenna admittance in ionosphere
Miller, E. K.↗
Admittance of the infinite cylindrical antenna in a lossy plasma, II. The incompressible, magnetoplasma Scientific report
Admittance of infinite cylindrical antenna in lossy plasma with axis parallel to static magnetic field
ANTENNA FIELD↗
Surface current excitation on an inhomogeneously sheathed plasma-immersed cylinder by electromagnetic and electrokinetic waves.
Inhomogeneous sheath effect on surface currents and scattering cross section of plasma-immersed cylinder in presence of electromagnetic and electrokinetic waves
PLASMA SHEATH↗
The admittance of the infinite cylindrical antenna in a lossy, isotropic, compressible plasma
Numerical values for admittance of infinite cylindrical antenna in lossy, isotropic, compressible plasma
PLASMA DENSITY↗