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Coarse plane diffraction grating for infrared radiation

1960-1969 (estimated)

3.5" computer discs containing

1993

Moving-coil ammeter mounted on plastic desk stand

1974

Prototype liquid crystal oscilloscope display made at the Royal Signals and Radar Establishment

1978

Coarse plane diffraction grating for infrared radiation

1960-1969 (estimated)

Liquid crystal display panel as used in prototype oscilloscope display made at the Royal Signals and Radar Establishment

1978

Sports Three-Wheeled Motor Car, Registered 1914

1913-1914

Low frequency a.c. generator by the White Electrical Instrument Co. Ltd.

Low frequency a.c. generator

1967-1983

Interscale large-scale moving-coil meters by the White Electrical Instrument Co. Ltd., comprising 12 parts

Interscale large-scale moving-coil meters by the White Electrical Instrument Co. Ltd.

1961-1983

XT316 Prototype Oscilloscope Chassis designed by E.N. Shaw, 1957 (Prototype for Solartron type CT316)

XT316 Prototype Oscilloscope Chassis designed by E.N. Shaw

1957

4 MeV electron linear accelerator built by D.W. Fry et al, c. 1948. Ancillary - equipment: IONISATION GAUGE CONTROL UNIT model 3. Made in England by Edwards High Vacuum Ltd., Crawley, Sussex.

4 MeV electron linear accelerator built by D.W. Fry et al

1947

High magnetic field Bitter solenoid, to produce 17.2 tesla at 16700 amps and 283 volts (4. 7 megawatts), designed and built at the Royal Radar Establishment, Malvern

High magnetic field Bitter solenoid

1950-1974

Exhibition print entitled 'Strawberry Tea Malvern', taken by Martin Parr 1986-89. From a collection of photographic material and documents relating to the production of the exhibition and book "The Cost of Living 1987-1989".

Strawberry Tea Malvern

1988

Exhibition print entitled 'Malvern Crafts Fair', taken by Martin Parr 1986-89. From a collection of photographic material and documents relating to the production of the exhibition and book "The Cost of Living 1987-1989".

Malvern Crafts Fair

1986

Mechanical Regulator known as 'W5', with a 'free' pendulum and a slave pendulum, which oscillate at different frequencies. The clock reproduces the principles of the Short Free Pendulum Clock without the use of electricity.

Mechanical Regulator

1984