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Polythene insulated copper conductor cable, 1939-1969

Telecommunications

1939-1969

Sixteen pair self supporting rural distribution cable, 1933-1969

Telecommunications

1933-1969

Aluminium conductor cable, 1939-1969

Telecommunications

1939-1969

Polythene insulated copper conductor cable, 1939-1969

Telecommunications

1939-1969

Long distance voice frequency polythene insulated cable, 1930-1962

Telecommunications

1930-1962

Seventy five pair polythene insulated and sheathed distribution cable, 1933-1969

Telecommunications

1933-1969

Coaxial cable sample, 1948-1967

Telecommunications

1948-1967

Hundred and fifty cable, 1933-1969

Telecommunications

1933-1969

Fibre optic telephone cable, 1966-1983

Telecommunications

1966-1983

1500-pair exchange area cable, 1969

Telecommunications

1969

Mould for a Tupperware container, 1965.

Plastics and Modern Materials

1965-1970

High repetition rate Ruby Rod Laser

Nuclear Physics

'Contour d3o' goalkeeping glove

Protective Clothing

2006

Artificial ceramic Femoral Head, for ceramic-on-ceramic joint replacements, by Smith and Nephew Orthopaedics, England, United Kingdom, 2006

Ceramic-on-ceramic joint replacements

Plastics and Modern Materials

2006

Helium-Neon laser

Nuclear Physics

1963-1973

Zeno R25 expressive humanoid robot; with quick-start guide in polythene sleeve; and charger

Human Robotics

2013-2016

Sports drinking bottle containing N-halamine modified polystyrene filter

Environmental Science & Technology

Air check sampler, 1996-1999

Environmental Science & Technology

1996-1999

Three salivettes used as part of the National Survey of HIV, England, 1992-1993

Public Health & Hygiene

1992-1993

Ceramic-on-ceramic joint replacements

Plastics and Modern Materials

2006

Belt from Van de Graaff accelerator in polyethylen

Nuclear Physics

1972-1982

Sterile procedural mat

Nursing & Hospital Furnishings

2010-2011

Bucket containing one filter of N-halamine modifie

Environmental Science & Technology

Gas permeable hard contact lens, lathed by A. Gass

Optics

1980-1982

Sample of flat two-fibre optical cable, 1974

Telecommunications

1974

Two hundred quad signalling cable, 1930-1962

Telecommunications

1930-1962

C.A.B. gas permeable hard contact lens, moulded by

Optics

1980-1982

Cable data samples

Electricity Supply

samples of flat two-fibre optical cable

Telecommunications

1974

Longer sample of flat two-fibre optical cable, unknown maker, British, 1974

Sample of flat two-fibre optical cable, 1974

Telecommunications

1974

Polythene insulated and PVC sheathed cable, 1930-1962

Telecommunications

1930-1962

Filter containing N-halamine polystyrene beads

Environmental Science & Technology

2006-2007

One Samsonite X'lite backpack featuring CURV polypropylene back panel

Plastics and Modern Materials

2005-2007

Neodymium YAG (yttrium aluminium garnet) laser by Services Electronics Research Laboratory, Worcester, 1966, the lamp and crystal are contained in a reflective ellispsoidal cavity

Neodymium YAG (yttrium aluminium garnet) laser

Nuclear Physics

1966

Jazti maxillary sinus vent tube, two, manufactured by Xomed Inc., USA, 1980

Jazti maxillary sinus vent tube

Surgery

1980

solid state neodymium laser, glass doped with neodymium, by University of Hull, c. 1968

solid state neodymium laser, glass doped with neod

Nuclear Physics

1968

I.O.M. inhalable dust sampler, for particle monitoring, with filter cassette, supplied by SKC Limited, Blandford, Dorset, England, unsigned, 1996-1999

Dust monitor unit, British, 1996-1999

Environmental Science & Technology

1996-1999

Helical pin gas discharge tube, component of carbon dioxide laser, made at the University of Hull, 1969. The tube would contain a gas mixture of 80% helium, 10% carbon dioxide and 10% nitrogen at atmospheric pressure. To initiate laser action, it is necessary to produce a homogeneous glow electrical discharge along the axis of the tube. This is attained by "summing" the individual spray discharges between opposite pins of the twin helix. The e.h.t. helix pins are ballasted by resistors.

Helical pin gas discharge tube, component of carbo

Nuclear Physics

1969-1971

Case for Unicorn darts, made of phenol formaldehyde, and three darts, by Unicorn Products Limited, London, England, 1940-1950

Case for Unicorn darts made of phenol formaldehyde

Plastics and Modern Materials

1940-1950

Sample of 'light lead', sealed in polythene bag, consisting of 25% lead in plastic matrix, used for radioactive shielding, by John Caunt Scientific Ltd, 1996.

Sample of 'light lead', consisting of 25% lead in

Nuclear Physics

1996

Sample of Lead used in radioactive shielding, in sealed plastic bag, size 150x50x5mm, made by Fabcast Engineering Ltd., Unit G4 Riverside Industrial Estate, Riverside Way, Dartford, Kent, DA1 5BS, c1996

Sample of Lead used in radioactive shielding, size

Nuclear Physics

1996