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Papers of John Daniel Kraus > Kraus Publication Series > Articles Unit

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Radio telescope antennas of large aperture

Short note: my summer guests

Radio telescopes

A helical-beam antenna without a ground plane

Catching the wave: will gravity wave communication be possible?

Metric or ball-and-chain?

Gravity wave update

Will gravity-wave communication be possible?

Early bird

Antennas: our electronic eyes and ears

Grote Reber - founder of radio astronomy

Heinrich Hertz - theorist and experimenter

Heinrich Hertz - theorist and experimenter

Foreward - The ARRL Antenna Book 15th ed.

Antennas since Hertz and Marconi

Ohio State's Big Ear detects edge of the universe and doubles as a compact range

Uplink, downlink: A tribute to C. Arthur Clark

The center of our galaxy

Karl Guthe Jansky's serendipity: Its impact on astronomy and its lesson for the future

The W8JK antenna: recap and update

Some unique reflector-type antennas

The first 50 years of radio astronomy, part 2: Grote Reber and the first radio maps of the sky

The first 50 years of radio astronomy, part 1: Karl Jansky and his discovery of radio waves from our galaxy

Universe beyond the galaxies

Diana waves back: the first moon bounce

A strange radiation from above

We wait and wonder

A 50-ohm input impedance for helical beam antennas

Radio telescopes [review]

The Ohio Sky Survey and other radio surveys

A new discovery program for BL Lacertae objects: Results for OI 090.4 and OJ-131

OX-192: a new highly variable BL Lacertae object

Ohio State University Radio Observatory [annual report 1975]

OE 110: a new, faint BL Lacertae object

Spectra of some Ohio radio sources: List V

Ohio Survey supplement 2

Radio spectra and red shifts of 179 QSOs

Ohio Survey. VII

Radio spectra of OH471 and OQ172

The Ohio Survey. VI

Radio spectra and red shifts of QSOs

Spectra of some Ohio radio sources: list IV

Flux density of OH471 between 1963 and 1970

The Ohio Survey - status and results

Spectra of some Ohio radio sources: list III

Optical identification of Ohio survey radio sources

Ohio Survey statistics

Ohio radio-source spectra: list II

The Ohio Survey between declinations of 40° and 63° north

Identification of radio sources from the Ohio Survey

Ohio source counts: comments by Harris and Kraus

Ohio Survey supplement 1

Ohio radio sources in clusters of galaxies

Radio and optical observations of the source OZ-252

Radio source counts from the Ohio Survey

W8JK 5-band rotary beam antenna

Observations of high-velocity hydrogen clouds at 21 cm

The Ohio Survey between declinations of 0° and 30° south

Radio source counts from the Ohio Survey

Radio sources with flat spectra

Spectral data on some Ohio radio sources

Statistical studies of radio sources in the Ohio list

A high-sensitivity 1415-MHz survey between declinations 0° and 20° north

Optical identifications of Ohio survey radio sources with peculiar spectra

A cavity-fed concentric ring phased array of helices

A high-sensitivity 1415-MHz survey at north declinations between 19° and 37°

Radio sources with peaked spectra

The spectra of OQ208 and other centimeter wavelength radio sources

A search for an M31 halo

A high-sensitivity survey of the north galactic polar region at 1415 MHz

Radio astronomy - a discussion

A new high-sensitivity study of the M31 region at 1415 mc/s

Neutral hydrogen survey of Andromeda Galaxy

Preliminary results of a high-sensitivity study of the galactic north polar region at 1415 mc/sec

Preliminary results of a 21-cm line investigation of M33

A high-sensitivity survey of M31 and surroundings at 1,415 megacycles per sec

The satellite ionization phenomenon as studied by CW-reflection and pulse radar techniques

Maps of the Perseus region at 600 and 1415 megacycles per second

A high-sensitivity map of the M31 region at 1415 Mc/sec

Is the satellite ionization phenomenon responsible for the decametric radiation from Jupiter?

Preliminary results of a hydrogen-line survey of M31 with the O.S.U. radio telescope

Exploring the universe with radio and radar astronomy for a clue to our destiny

Wave velocities on the grid-structure backward angle-fire antenna

Radio and radar astronomy and the exploration of the universe

Preface [to special radio astronomy issue]

A backward angle-fire array antenna

Recent advances in radio astronomy

Does the Andromeda Nebula (M31) have a halo?

Maps of M31 and surroundings at 600 and 1,415 megacycles per second

A map of the M31 region at 1400 megacycles per second

Ionospheric disturbances associated with Echo I as studies with 19-megacycle-per-second radar

The large radio telescope of Ohio State University

Observations of satellite-related ionization effects between 1958 and 1960

Some characteristics of the Ohio State University 360-foot radio telescope

Aerial, radiation pattern of

The relation of the satellite ionization phenomenon to the radiation belts

Evidence of satellite-induced ionization effects between hemispheres

Apparent radio radiation at 11 m wave-length from Venus

The satellite ionization phenomenon

Observations of ionization induced by artificial satellites

Ohio State University 360-foot radio telescope

Radio observations of Jupiter

Apparent observation of solar corpuscular clouds by direct continuous-wave reflexion

The Ohio State University 360-ft radio telescope

A map of the Cygnus region at 915 megacycles per second

Observations at a wave length of 11 meters during the close approach of Comet Arend-Roland

Radio astronomy and the tracking of artificial earth satellites

Sputnik I's last days in orbit

Observations of the U.S. satellites Explorers I and III by CW Reflection

The last days of Sputnik I

Detection of Sputniks I and II by CW reflection

A note on some signal characteristics of Sputnik I

Planetary and solar radio emission at 11 meters wavelength

Reflexion of radio waves from the moon

Relation of 11-metre solar system phenomena to solar disturbances

Recent results in radio astronomy at the Ohio State University

A radio map of the sky at 1.2 Meters

A new radio map of the sky

Recent observations of radio signals from Venus at 11 meters wave length

Radio telescope designs of large aperture and low cost

Radio sources

Some observations of the impulsive radio signals from Jupiter

Recent observations with the Ohio State University radio telescopes

A new radio map of the sky and a model of the galaxy

The radio sky

Rotation period of the planet Venus as determined by radio observations

Resolution, pattern effects, and range of radio telescopes

Class II radio signals from Venus at a wavelength of 11 meters

Radio observations of the planet Venus at a wave-length of 11 m

Impulsive radio signals from the planet Venus

Radio astronomy at The Ohio State University

Radio astronomy at The Ohio State University

A preliminary study of the magnitude distribution of celestial radio sources

The radio position of the galactic nucleus

Radio-frequency radiation from the Rosette Nebula

Distribution of radio brightness across the Andromeda Nebula

The effect of source distribution on antenna patterns

A fluctuating celestial radio source at 242 megacycles per second

Radio telescopes

A detailed radio map of the sky

Galactic and localized source observations at 250 megacycles per second

Radio map of the Milky Way

Radiation from the galaxy and supergalaxy at 250 megacycles per second

The Ohio State Radio Telescope

Radio radiation from the supergalaxy

New techniques in radio astronomy

A helix theorem

The influence of conductor size on the properties of helical beam antennas

Helical beam antenna design techniques

The helical antenna

Helical beam antennas for wide-band applications

Measured impedances of helical beam antennas

Characteristics of helical antennas radiating in the axial mode

Antennas for direction finders

Principles of direction finding

Helical beam antenna

Ultrahigh frequency diathermy in otolaryngology, with especial reference to dosage measurement

Diathermy measurement technique

The square-corner reflector beam antenna for ultra-high frequencies

The double twin-3 beam antenna

The T-matched antenna

Corner-reflector antenna

Antenna arrays with closely spaced elements

Three-band rotary antenna

Multi-wire dipole antennas

Twin-three flat-top beam antenna

Compact H-beam antenna

Multi-wire type antennas

Multi-wire doublet antennas

Square-corner reflector

Characteristics of antennas with closely-spaced elements

Flat-Top Beam Design Table

Receiving with the flat-top beam antenna

New design data on the flat-top beam

Directional antennas with closely-spaced elements

Flat-top beam antennas

Optional end-fire directivity with the flat-top beam antenna

Radioactive isotopes of palladium and silver from palladium

Rotary flat-top beam antennas

More of the flat-top beam antennas [Editor's title: By popular demand]

A small but effective flat-top beam

Beam antenna notes

Directive antenna systems for 14 megacycle operation

The Radio Amateur in the Soviet Union, 1934

The Radio Amateur in the Soviet Union, 1934

Description: Draft and correspondence

Start Date: 1934

Some characteristics of ultra-high-frequency transmission

The propagation and measurement in absolute units of ultra-high-frequency radio waves

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