Articles citing this paper
The Parkes Catalogue Of Radio Sources Declination Zone 0° To ?20°
19(6) pp.837 - 874
30 articles found in Crossref database.
Optical variability of PKS0048-097
USHER P. D.,
KOLPANEN D. R., POLLOCK J. T.
Nature. 1974 252(5482). p.365
Observational cosmology
Longair M S
Reports on Progress in Physics. 1971 34(3). p.1125
Variation of the Angular Sizes of Quasars with Red-shift
MILEY GEORGE K.
Nature. 1968 218(5145). p.933
Discrete Radio Sources at 38 Mc/s
SLEE O. B., WRAITH P. K.
Nature. 1967 214(5092). p.971
Rest-frame optical continua ofL∼L*,z> 3 quasars: probing the faint end of the high-zquasar luminosity function
Kuhn Olga P.
Monthly Notices of the Royal Astronomical Society. 2004 348(2). p.647
Angular Measurements of the Structure of 3C 446 and Other Quasars with High Red-shifts
MILEY G. K.,
RICKETT B. J., GENT H.
Nature. 1967 216(5119). p.974
Search for Ghost Images: a Statistical Test
PETROSIAN VAHÉ, EKERS R. D.
Nature. 1969 224(5218). p.484
The evolution of Lyman α
absorbers in the redshift range $0.5<\textit{z}<1.9$
Janknecht E.,
Reimers D.,
Lopez S., Tytler D.
Astronomy & Astrophysics. 2006 458(2). p.427
Trans-Pacific Interferometer Measurements at 2,300 MHz
GUBBAY J.,
LEGG A. J.,
ROBERTSON D. S.,
MOFFET A. T., SEIDEL B.
Nature. 1969 222(5195). p.730
Single radio sources in the vicinity of galaxies
Tovmasyan G. M.
Astrophysics. 1969 4(1). p.32
The Parkes-MIT-NRAO Southern Sky Survey at 4850 MHz
Griffith M.,
Wright A. E.,
Hunt A. J.,
Troup E.,
Ekers R. D.,
Buckett P.,
Cooke D. J.,
Freeman G.,
Glowacki J.,
Jennings D.,
Knop U.,
Lam B.,
McGovern I.,
McConnell D.,
Norris R. P.,
Otrupcek R.,
Twardy R.,
Williams T.,
Behrens G.,
Chestnut C.,
Burke B. F.,
Fletcher A.,
Russell K. S.,
Savage A.,
Lim J.,
Vaughan A. E.,
Côté S.,
Anderson M.,
Hons A.,
White G. L.,
Amy S.,
Burgess A.,
Chan S.,
Cram L.,
Gray A.,
Walsh W.,
Campbell-Wilson D.,
McIntyre V.,
Randall P.,
Suters M., Zealey W. J.
Publications of the Astronomical Society of Australia. 1991 9(2). p.243
THE COUNTS OF RADIO SOURCES
Longair M S
Soviet Physics Uspekhi. 1970 12(5). p.673
The Structure of the Monoceros R2 Molecular Cloud Core
Choi Minho,
Evans II Neal J.,
Tafalla Mario, Bachiller Rafael
The Astrophysical Journal. 2000 538(2). p.738
Jupiter’s radio spectrum from 74 MHz up to 8 GHz
de Pater Imke,
Butler B.J.,
Green D.A.,
Strom R.,
Millan R.,
Klein M.J.,
Bird M.K.,
Funke O.,
Neidhöfer J.,
Maddalena R.,
Sault R.J.,
Kesteven M.,
Smits D.P., Hunstead R.
Icarus. 2003 163(2). p.434
Verification of Radio Variability of the Galaxy PKS 0048–09
ROSS HUGH N.
Nature. 1970 226(5244). p.431
The spectra of some discrete radio sources in 10?5000 MHz frequency range
Braude S. Ya.,
Megn A. V.,
Ryabov B. P., Zhouck I. N.
Astrophysics and Space Science. 1970 8(2). p.275
The Molonglo Southern 4 Jy Sample (MS4). I. Definition
Burgess A. M., Hunstead R. W.
The Astronomical Journal. 2006 131(1). p.100
Radio Sources similar to BL Lac
NICOLSON G. D.
Nature Physical Science. 1971 233(43). p.155
Reports on Astronomy/Proceedings of the Thirteenth General Assembly Prague 1967 (1967)
13CO (J=1–0) Survey of Molecular Clouds toward the Monoceros and Canis Major Region
Kim Bong Gyu,
Kawamura Akiko,
Yonekura Yoshinori, Fukui Yasuo
Publications of the Astronomical Society of Japan. 2004 56(2). p.313
Evolutionary effects associated with quasi-stellar radio sources. I
Arakelyan M. A.
Astrophysics. 1971 5(3). p.226
A Possible Relationship between Radio Flux Density and Red-shift for Quasars
HORTON P. W., DAINTREE E. J.
Nature. 1967 215(5104). p.917
Nature of evolutionary effects connected with quasi-stellar radio sources. II
Arakelyan M. A.
Astrophysics. 1972 5(4). p.308
Far-infrared observations of a massive cluster forming in the Monoceros R2 filament hub
Rayner T. S. M.,
Griffin M. J.,
Schneider N.,
Motte F.,
Könyves V.,
André P.,
Di Francesco J.,
Didelon P.,
Pattle K.,
Ward-Thompson D.,
Anderson L. D.,
Benedettini M.,
Bernard J.-P.,
Bontemps S.,
Elia D.,
Fuente A.,
Hennemann M.,
Hill T.,
Kirk J.,
Marsh K.,
Men’shchikov A.,
Nguyen Luong Q.,
Peretto N.,
Pezzuto S.,
Rivera-Ingraham A.,
Roy A.,
Rygl K.,
Sánchez-Monge Á.,
Spinoglio L.,
Tigé J.,
Treviño-Morales S. P., White G. J.
Astronomy & Astrophysics. 2017 607 p.A22
New Light on the Variable Radio Source, 0048-097
CARSWELL R. F.,
STRITTMATTER P. A.,
DISNEY M. J.,
HOSKINS D. G., MURDOCH H. S.
Nature Physical Science. 1973 246(154). p.89
Decametric survey of discrete sources
Braude S. Ya.,
Miroshnitchenko A. P.,
Sokolov K. P., Sharykin N. K.
Astrophysics and Space Science. 1981 76(2). p.279
Flux Density Measurements of Radio Sources at 408 MHz
Wyllie D. V.
Publications of the Astronomical Society of Australia. 1969 1(5). p.234
Quasar Sightline and Galaxy Evolution (QSAGE) survey – I. The galaxy environment of O vi absorbers up to z = 1.4 around PKS 0232−04
Bielby R M,
Stott J P,
Cullen F,
Tripp T M,
Burchett J N,
Fumagalli M,
Morris S L,
Tejos N,
Crain R A,
Bower R G, Prochaska J X
Monthly Notices of the Royal Astronomical Society. 2019 486(1). p.21
Spectra of Some Radio Sources at Centimetre Wavelengths
BRIDLE A. H.
Nature. 1969 221(5178). p.348
Time Variations of the Spectrum of 3C279
Harris Beverley J.
Publications of the Astronomical Society of Australia. 1967 1(1). p.26
