The United Kingdom Atomic Energy Authority Collection comprises:
- D1, Fourth Atomic Energy Electronics News Letter (Malvern: Atomic Energy Research Establishment Electronics Group, TRE, March, 1948);
- D2, E.H. Cooke-Yarborough, C.D. Florida & J.Stephen, The Measurement of the Small Signal Characteristics of Transistors (Ministry of Supply, (EL/R 1253), 1953);
- D3, T.H. O'Dell, Molybdenum Nickel Iron as a Material for Magnetic Storage Applications(UK Atomic Energy Authority Research Group, (EL/R 2595), 1958);
- D4, R.C.M. Barnes, Data Recording. Summary of a conference held at AERE on 3 October 1958 (UK Atomic Energy Authority Research Group, (EL/R 2775), 1958);
- D5, R.C.M. Barnes, Punched Card Machines for Input and Output on Cadet (UK Atomic Energy Authority Research Group, (EL/M 101), 1958);
- D6, E. Franklin, A TwinCore High-Speed Magnetic Storage Element (UK Atomic Energy Authority Research Group, (EL/M 106), 1959);
- D7, A. Hassitt, A Programme for Solving the Multi-Group Neutron Diffusion Equations in Two Space Dimensions on the Ferranti Mercury Computer (UK Atomic Energy Authority Research Group, (T/R 2487), 1958);
- D8, E.G.H. Crouch, Four Floating Point Routines for Use on the Ferranti Mark 1 Computer (UK Atomic Energy Authority Research Group, (T/M 156), 1958);
- D9, A. Newmarch, RIPPLE; A method of computing the thermal neutron fine structure for thin plate assemblies (UK Atomic Energy Authority Research Group, (R/R 2425), 1959);
- D10, T.P. Moorhead, Mercury Autocode Program 228 Multi-Group Cross-Section Processing (UK Atomic Energy Authority Research Group Report, Reactor Division, (R 3055), 1959);
- D11, T.P. Moorhead, Use of Hassitt Program for Multi-Group Calculations for Fast Reactors (UK Atomic Energy Authority Research Group Memorandum, Reactor Division (M 597), 1959);
- D12, K.W. Morton, A Monte Carlo Study on the Resonance Absorption and its Temperature Variation in a Square Uraniumgraphite Lattice (UK Atomic Energy Authority Research Group Report, Theoretical Physics Division, (R 2929), 1959);
- D13, D.E. Bendall, A Programme for Calculating the Gamma Ray Flux Through a Multilayer Shield (UK Atomic Energy Authority Research Group Report, Reactor Division (R 2882), 195);
- D14, E.G.H. Crouch, A Program for the Calculation of Fission Product Accumulation (UK Atomic Energy Authority Research Group, (T/M 174), 1959);
- D15, A. Hassitt, Additional Notes on a Two Space Dimension Multi-Group Program for the Mercury Computer (UK Atomic Energy Authority Research Group, (T/R 2859), 1959);
- D16, P.L. Read, A Note to Describe a Ferranti Mercury Autocode Program for Calculating Convection Loop Transients (UK Atomic Energy Authority Research Group Memorandum, Reactor Division (M 568), 1959);
- D17, R. Taylor, A Method of Computing Magnetic Fields and Particle Orbits in F.F.A.G. Accelerators (UK Atomic Energy Authority Research Group Report, Theoretical Physics Division, (R3097), 1959);
- D18, A.R. Curtis, A Mercury Computer Program for Two-Dimensional Least Square Crystallographic Refinement (UK Atomic Energy Authority Research Group Report, Theoreti);
- D19, I.C. Pyle, A Program for the Calculation of the Doppler Broadened Resonance Absorption of Neutrons which are Scattered in Thick Targets (Mercury Autocode Program No.17: Scattering Integrals) (UK Atomic Energy Authority Research Group Report, Theoretical Physics Division, (R 3228), 1960.cal Physics Division, (R 3134), 1959);
- D20, Joan Knock and Mary U. Thomas (eds), Manual for the S2 Language (Atomic Weapons Research Establishment, Aldermaston, Berks. August 1964);
- D21, K.V. Roberts, Scientific Computing and Operational Research (UK Atomic Energy Authority Research Group Report, (CLMR 45), Culham Laboratory, Abingdon, Berks, 1965);
- D22, L.E. Raraty and J.H. Gittus, (Reactor Fuel Element Laboratory, Springfields), System C.I.D. (Computerised Interpretation of Data), An Illustration of the Use of a Digital Computer in the Storage, Interpretation and Recovery of Materials Data (Risley, Warrington, Lancashire: The Reactor Group, HQ (TRG Report 1160 (S)), 1966);
- D23, F.J. Chatterley, (Reactor Development Laboratory, Windscale), A General Purpose Multiple Regression Programme for the IBM 7090(Risley, Warrington, Lancashire: The Reactor Group HQ, (TRG Report 1198 (W)), 1966);
- D24; D.N. Gower, Production Control by Computer the WASP System (UK Atomic Energy Authority Research Group Report, Management Services Division, (R 6259), 1969);
- D25, W.D. Collier, (Central Technical Services, Risley, Heatran: A finite element code for heat transfer problems (Risley, Warrington, Lancashire: The Reactor Group HQ (TRG Report 1807(R)), 1969);
- D26, M.J.D. Powell, A Fortran Subroutine to Invert a Rectangular Matrix of Full Rank (UK Atomic Energy Authority Research Group Report, Theoretical Physics Division, (R 6072), 1969);
- D27, G.B.F. Niblett and N.H. Price, The Status Project: Searching Atomic Energy Law by Computer (UK Atomic Energy Authority Research Group Report, Culham Laboratory, Abingdon, Berks (CLM R101), 1969);
- D28, C.W.J. McCallien, (Central Technical Services, Risley), SNAP: A two-dimensional neutron diffusion code (Risley, Warrington, Lancashire: The Reactor Group (TRG Report 1990 (R)), 1970);
- D29, I.C. Pyle and A. Langsford, Basic Software for Small Computers (UK Atomic Energy Authority Research Group Report, Theoretical Physics & Nuclear Physics Division (R 6382), 1970);
- D30, T.E. Hughes (Reactor Fuel Element Laboratories, Springfield), Fairfax: A computer program for the interconversion of Bragg angles (0), 20, sin2 0 and interplanar spacings (d) in X-ray powder diffraction (Risley, Warrington, Lancashire: The Reactor Group (TRG Report 2099(S)), 1971);
- D31, W.D. Collier, J.P. Ellington (Central Technical Services, Risley) and P.M. Rees (formerly Central Technical Services, Risley), Tress: a finite element code for stress analysis problems (Risley, Warrington, Lancashire: The Reactor Group (TRG Report 1813(R)), 1971).