POEEJ etc., articles - possibly of interest to Sub Brit members

Version 0.6, 18th August 2009.

Tunnels

PO/BT Cable Tunnels, Underground Exchanges

Birmingham Cable Tunnel. POEEJ January 1961 (Vol. 53), p.283
Manchester Trunk Mechanization. POEEJ April 1959 (Vol. 52), p.77
Manchester Trunk Mechanization. POEEJ April 1960 (Vol. 53), p.67
Opening of London Trunk, Kingsway. POEEJ January 1955 (Vol. 47), p.246

Barron, D.A. Post Office Cabling in the Mersey Tunnel. POEEJ July 1939 (Vol. 32), p.79
Boryer, W.F. Some Features of Deep Level Tunnelling in London. Part 1 - Driving Bore Tubes and Tunnels. POEEJ January 1947 (Vol. 39), p.146
Boryer, W.F. Some Features of Deep Level Tunnelling in London. Part 2 - Engineering Services. POEEJ April 1947 (Vol. 40), p.14
Clough, J.C. Tunnelling in Wales - Cardiff Cable Tunnel. Tunnels and Tunnelling, January 1978, p.55
Epps, H.F. Safeguarding Telecommunications in Wartime. POEEJ January 1946 (Vol. 38), p.127
Harper, R. Protection Against Thames Flooding. POEEJ October 1980 (Vol. 73), p.185
Harper, R. Tunnelling into History. POEEJ October 1977 (Vol. 70), p.199
James, N.A. Cardiff Cable Tunnel. POEEJ October 1980 (Vol. 73), p.177
Lamb, W.H. Underground at Oxford Circus. Post Office Telecommunications Journal, Spring 1967, p.42
Lamb, W.H. The London Cable-Tube System. POEEJ April 1970 (Vol. 63), p.14
Lamb, W.H. London's Telephone Cable Tunnels. Electrical Review, 2nd July 1971, p.18
Nancarrow, F.E. The Telecommunications Network for Defence. Part 1. The Defence Teleprinter Network. POEEJ January 1946 (Vol. 38), p.121
Partridge, F.V. and Grant, C.G. London Trunk Kingsway Exchange. POEEJ July 1955 (Vol. 48), p.87
Pendegrass, J.J. Keybridge House Tunnel. POEEJ April 1978 (Vol. 71), p.34
Turley, T.G. Cabling Problems in Subways and Tunnels. IPOEE Printed Paper No. 187, 1945
Ward, W.C. Holes in the Ground. IPOEE Printed Paper No. 223, 1963

PO Railway

Finden, R.E., Piqué, P., and Kettridge, K. New Transformer/Rectifier Units for the Post Office Railway. British Telecommunications Engineering (Vol. 2), January 1984, p.256
Mackay, A.C. The New Post Office Railway Station at the New Western District Office. POEEJ April 1966 (Vol. 59), p.12 (1.6 MB PDF)

Communications

General

Boag, J.F. The Design and Planning of the Main Transmission Network. POEEJ April 1971 (Vol. 64), p.16

Line

Submarine Cables

Greenfield, R.G. The Larne-Portpatrick Submarine Cable System: The Use of Recovered Equipment. British Telecommunications Engineering (Vol. 3), April 1984, p.16
Myerson, R.J.W. St. Margaret's Bay-La Panne 420-Circuit Submarine-Cable System with Transistor-Type Submerged Repeaters. POEEJ April 1967 (Vol. 60), p.1

Radio

Terrestrial Broadband Radio Relay

Buildings for Telephone Exchanges and Repeater Stations. POEEJ October 1956 (Vol. 49), p.249
Carlisle-Belfast Broadband Radio Relay System. POEEJ April 1960 (Vol. 53), p.64
Engineering Trials Planned to Boost Microwave Network. British Telecommunications Engineering, January 1987 (Vol. 5), p.319
Erection of Crane Tower at Tinshill Radio Station (Leeds). POEEJ October 1966 (Vol. 59), p.225
Erection of Tower at Ballygomartin for the Carlisle-Belfast Radio Link. POEEJ October 1959 (Vol. 52), p.227
London-Birmingham Radio Link Aerial Towers. POEEJ January 1954 (Vol. 46), p.209
London-Birmingham Television Radio-Relay System. POEEJ July 1948 (Vol. 41), p.111
Manchester-Edinburgh Television Radio Relay System. POEEJ April 1951 (Vol. 44), p.33 (449 kB PDF)
Opening of the London-Birmingham Television Radio-Relay System. POEEJ January 1950 (Vol. 42), p.227
Transmission and the Trunk Network. POEEJ October 1956 (Vol.49), p.223

Baker, A.E. Radio-Wave Propagation as a Factor in the Design of Microwave Relay Links. POEEJ January 1970 (Vol. 62), p.239
Birchby, G. A New Concrete Tower for Purdown Radio Station. POEEJ October 1970 (Vol. 63), p.138
Bray, W.J. A Survey of Modern Radio Valves. Part 6(b). Valves for Use at Frequencies Above 3,000 Mc/s. POEEJ January 1951 (Vol. 43) p.165
Bray, W.J. The Possibilities of Super-High-Frequency Radio and Waveguide Systems for Telecommunications. IPOEE Printed Paper No. 197, 1948.
Clow, D.G. Steel Masts and Towers in the British Post Office. Part 1 - Principles. POEEJ January 1974 (Vol. 66), p.231
Clow, D.G. Steel Masts and Towers in the British Post Office. Part 2 - Materials, methods and Applications. POEEJ April 1974 (Vol. 67), p.49
Clow, D.G. Steel Masts and Towers in the British Post Office. Part 3 - Structural Testing. POEEJ July 1974 (Vol. 67), p.102
Corke, R.L., Ephgrave, E.V., Hooper, J. and Wray, D. A 4,000 Mc/s Radio System for the Transmission of Four Telephony Supergroups (240 Circuits). Part 1.- Outline Description of the System and Detailed Description of Radio and Intermediate-Frequency Equipment. POEEJ July 1957 (Vol. 50), p.106
Doe, E.S. A Digital Radio-Relay System. POEEJ October 1972 (Vol. 65), p.160
Granger, S.H. The New Independent-Television Network. POEEJ January 1956 (Vol. 48), p.191
Gauntlett, R.D. Dual Frequency-Band Horn-Aerial Systems. POEEJ October 1967 (Vol. 60), p.217
Hanman, B.L.G. and Smith, N.D. Birmingham Radio Tower. POEEJ October 1965 (Vol. 58), p.182
Hart, G. Performance of Digital Radio-Relay Systems. British Telecommunications Engineering (Vol. 3), October 1984, p.201
Hickson, A.G. and Dorkings, C. Fault Location Techniques on the Inland Microwave Radio-Relay Network. British Telecommunications Engineering (Vol. 3), July 1984, p.121
Jones, D.G. and Edwards, P.J. The Post Office Network of Radio-Relay Stations. Part 1 - Radio-Relay Links and Network Planning. POEEJ October 1964 (Vol. 57), p.147
Jones, D.G. and Edwards, P.J. The Post Office Network of Radio-Relay Stations. Part 2 - Reliability, Performance and Maintenance. POEEJ January 1965 (Vol. 57), p.238
Jones, D.G. and Edwards, P.J. Post Office Tower, London, and the United Kingdom Network of Microwave Links. POEEJ October 1965 (Vol. 58), p.149
Kilvington, T. Television Service to Belfast. POEEJ October 1953 (Vol. 46), pp.130-133 (1 MB PDF)
Kilvington, T. The London-Isle-of-Wight Television Link, Stage One. POEEJ April 1955 (Vol. 48), p.36
Lelliot, S.R. and Thurlow, E.W. Path Testing for Microwave Radio-Relay Links. POEEJ April 1965 (Vol. 58), p.26
Martin-Royle, R.D., Dudley, L.W. and Fevin, R.J. A Review of the British Post Office Microwave Radio-Relay Network. Part 1 - History and Planning. POEEJ October 1976 (Vol. 69), p.162
Martin-Royle, R.D., Dudley, L.W. and Fevin, R.J. A Review of the British Post Office Microwave Radio-Relay Network. Part 2 - Performance and Reliability. POEEJ January 1977 (Vol. 69), p.225
Millar, J.B. Reinforced-Concrete Radio Towers. POEEJ October 1965 (Vol. 58), p.178
Mumford, A.H., and Booth, Capt. C.F. Television Radio-Relay Links. POEEJ April 1950 (Vol. 43), p.23
Mumford, A.H., Booth, Capt. C.F. and White, R.W. The London-Castleton Experimental Radio-Relay System. POEEJ July 1950 (Vol. 43), p.93
Salkeld, B. Planning Microwave Links for Television. IBA Technical Review No. 7, July 1976, p.37
Sanderson, G.L. Bringing Colour to the Shetland Isles. IBA Technical Review No. 7, July 1976, p.48
Sewter, J.B. and Edwards, P.J. The British Post Office Television Networks Present and Future. IPOEE Printed Paper No. 224, 21st May 1963.

Troposcatter Links

Hill, S.J. British Telecom Transhorizon Radio Services to Offshore Oil/Gas Production Platforms. Part 1 - Service Requirements and Propagation Considerations. British Telecommunications Engineering (Vol. 1), April 1982
Hill, S.J. British Telecom Transhorizon Radio Services to Offshore Oil/Gas Production Platforms. Part 2 - Radio Techniques and Networking Arrangements. British Telecommunications Engineering (Vol. 2), July 1982

VLF

Floods at Criggion Radio Station. POEEJ April 1947 (Vol. 40), p.37

Cook, A. and Hall, L.L. Criggion Radio Station. POEEJ October 1948 (Vol. 41), p.123
Creighton, J.L. The New Very-Low-Frequency Transmitter at Rugby Radio Station. POEEJ January 1969 (Vol. 61), p.232
Gracie, J.A. Rugby Radio Station. POEEJ April 1939 (Vol. 32) p.16
Hall, L.L. Anthorn Very-Low-Frequency Radio Station. POEEJ July 1965 (Vol. 58), p.114