Showing 9341 results

Ruth A. Daly, An interpretation of the excess energy density observed on the Wien side of the microwave background radiation, Astronomical Journal 333 (1 Oct. 1988), L1-L3

• Hoyle/Box 1/8/1
• Item
• 1 Oct 1988

Part of Papers of Sir Fred Hoyle

David M. Meyer and Michael Jura, The microwave background temperature at 2.64 and 1.32 millimetres, Astrophysical Journal 276 (1 Jan. 1984), L1-L3

• Hoyle/Box 1/8/10
• Item
• 1 Jan 1984

Part of Papers of Sir Fred Hoyle

Keith A. Olive and Michael S. Turner, Comment on the consistency of the standard model of primordial nucleosynthesis, with response from F.W. Stecker, Physical review letters 46 (16 Feb. 1981), pp. 516-517

• Hoyle/Box 1/8/11
• Item
• 16 Feb 1981

Part of Papers of Sir Fred Hoyle

C. Sivaram and G.A. Shah, A feasibility study of cosmic microwave radiation via graphite needles, Astrophysics and space science 117 (1985), pp. 199-205

• Hoyle/Box 1/8/12
• Item
• July 1985

Part of Papers of Sir Fred Hoyle

P.J.E Peebles, Origin of the large-scale galaxy peculiar velocity field: a minimal isocurvature model, Nature 327 (21 May 1987), pp. 210-211

• Hoyle/Box 1/8/13
• Item
• 21 May 1987

Part of Papers of Sir Fred Hoyle

Daniel Gautier and Tobias Owen, Cosmological implications of helium and deuterium abundances on Jupiter and Saturn, Nature 302 (17 Mar. 1983), pp. 215-218

• Hoyle/Box 1/8/14
• Item
• 17 Mar 1983

Part of Papers of Sir Fred Hoyle

David P. Woody and Paul L. Richards, Near-millimeter spectrum of the microwave background, Astronomical Journal 248 (15 Aug. 1981), pp. 18-37

• Hoyle/Box 1/8/15
• Item
• 15 Aug 1981

Part of Papers of Sir Fred Hoyle

Notes on the thermalising effect of graphite needles on the origin and form of the microwave background

• Hoyle/Box 1/8/16
• Item
• 1982 (material undated but after 1982)

Part of Papers of Sir Fred Hoyle

B.J. Carr, Pregalactic nucleosynthesis and population II stars

• Hoyle/Box 1/8/17
• Item
• Sep 1987

Part of Papers of Sir Fred Hoyle

B.J. Carr, Cosmological background radiation in the infrared

• Hoyle/Box 1/8/18
• Item
• June 1987 (circa. Material undated)

Part of Papers of Sir Fred Hoyle