DISCRETE SOURCE MODELS TO EXPLAIN MICROWAVE BACKGROUND RADIATION

[1] ROCKET MEASUREMENTS OF COSMIC-NOISE INTENSITIES BELOW 5 MC/S [J]. ASTROPHYSICAL JOURNAL, 1965, 142 (04) : 1327 - +

[2] REMARKS ON THE EVOLUTION OF THE EXPANDING UNIVERSE [J]. PHYSICAL REVIEW, 1949, 75 (07): : 1089 - 1095

[3] ALPHER RA, 1948, NATURE, V162, P776

[4] BALDWIN JE, 1967, RADIO ASTRONOMY GALA, P344

[5] COSMIC BLACK-BODY RADIATION AND INVERSE COMPTON EFFECT IN RADIO GALAXIES - X-RAY BACKGROUND [J]. NUOVO CIMENTO B, 1967, 52 (02): : 495 - +

[6] Bondi H., 1961, COSMOLOGY, V2nd

[7] ON POSSIBILITY OF SELECTING QUASI-STELLAR GALAXIES FROM BLUE STARS BY OBSERVATIONS IN NEAR INFRA-RED [J]. NUOVO CIMENTO B, 1967, 49 (01): : 148 - &

[8] SPECTROSCOPIC AND PHOTOMETRIC DATA FOR A SAMPLE OF QUASI-STELLAR OBJECTS IDENTIFIED BY THEIR INFRARED EXCESS [J]. ASTROPHYSICAL JOURNAL, 1968, 152 (2P2) : L105 - &

[9] BRACEWELL RN, 1958, 1958 PAR S RAD AS ED, P438

[10] COSMOLOGY BLACK-BODY RADIATION AND DIFFUSE X-RAY BACKGROUND [J]. ASTROPHYSICAL JOURNAL, 1967, 150 (1P2) : L61 - &

[1] ROCKET MEASUREMENTS OF COSMIC-NOISE INTENSITIES BELOW 5 MC/S [J]. ASTROPHYSICAL JOURNAL, 1965, 142 (04) : 1327 - +

[2] REMARKS ON THE EVOLUTION OF THE EXPANDING UNIVERSE [J]. PHYSICAL REVIEW, 1949, 75 (07): : 1089 - 1095

[3] ALPHER RA, 1948, NATURE, V162, P776

[4] BALDWIN JE, 1967, RADIO ASTRONOMY GALA, P344

[5] COSMIC BLACK-BODY RADIATION AND INVERSE COMPTON EFFECT IN RADIO GALAXIES - X-RAY BACKGROUND [J]. NUOVO CIMENTO B, 1967, 52 (02): : 495 - +

[6] Bondi H., 1961, COSMOLOGY, V2nd

[7] ON POSSIBILITY OF SELECTING QUASI-STELLAR GALAXIES FROM BLUE STARS BY OBSERVATIONS IN NEAR INFRA-RED [J]. NUOVO CIMENTO B, 1967, 49 (01): : 148 - &

[8] SPECTROSCOPIC AND PHOTOMETRIC DATA FOR A SAMPLE OF QUASI-STELLAR OBJECTS IDENTIFIED BY THEIR INFRARED EXCESS [J]. ASTROPHYSICAL JOURNAL, 1968, 152 (2P2) : L105 - &

[9] BRACEWELL RN, 1958, 1958 PAR S RAD AS ED, P438

[10] COSMOLOGY BLACK-BODY RADIATION AND DIFFUSE X-RAY BACKGROUND [J]. ASTROPHYSICAL JOURNAL, 1967, 150 (1P2) : L61 - &