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One lead "brick" for building screen walls round r

1960-1965

Samples of 3 types of coated fabrics. 3 large and 51 smaller samples

Timing unit type 1003.F.

1955-1975

Carton of "Aureomycin" capsules, by Lederle Laboratories Division, English, 1971-1976

Carton of "Aureomycin" capsules

1971-1976

Bottle, empty, used for achromycin tetracycline capsules, made by Lederle Laboratories, Hampshire, English, 1980-1984

Bottle used for achromycin tetracyline capsules

1980-1984

Coloured lithograph. Retour du Roi a la Station de Gosport. Painted by Ed Pingret. Bayot et Cuvillier. Paris Chez Chaillon/Imp par Lemercier, a Paris. Published by Ackermann and Co, 96 Strand, London. 1846/01/31. 14.9606 x 20.0787 in.

Retour du Roi a la Station de Gosport

1846/01/31

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Self pitching three bladed propeller, first successful development, designed and patented by John R. Coxon, Petworth, West Sussex, England, 1977 and made by Woodcoxon Engineering Limited, Petworth, West Sussex, England, 1978-1979, tested and certified by Admiralty Marine Technology Establishment, Haslar, Gosport, Hampshire, England, 1978-1979. On teak display stand by Science Museum Workshops, South Kensington, London, England, 2000-2001.

Self-Pitching Three-Bladed Propeller, First Successful Development

1978-1979

Deal medicine chest covered with black leather, hinged lid, metal lock, brass handle, 6 large compartments with 5 glass bottles, James Lush, South Street, Gosport, Hampshire, England, 1701-1790

Deal medicine chest covered with black leather

1701-1790

Self pitching propeller, final two-bladed experimental development, designed and made by Christopher John Coxon and made by Woodcoxon Engineering Limited, Petworth, West Sussex, England and tested by Admiralty Marine Technology Establishment, Haslar, Gosport, Hampshire, England, 1982. On teak display stand by Science Museum Workshops, South Kensington, London, England, 2000-2001. This two-bladed self pitching propeller was originally designed by John R. Coxon, Petworth, West Sussex, England, 1977 and made by Woodcoxon Engineering Limited, Petworth, West Sussex, England, 1978-1979, tested and certified by Admiralty Marine Technology Establishment, Haslar, Gosport, Hampshire, England, 1978-1979.

Self-Pitching Propeller, Final Two-Bladed Experimental Development

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Graphite brick, one of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite brick for an Advanced Gas-cooled Reactor core, 1982

1982

Collection of material relating to the Vaccine HibTITER, primarily used for the protection of infants against Hib (Haemophilus Influenzae type b) Meningitis, and the accompanying LIVE (Lederle Initiative in Vaccine Education) health education programme, including a demonstration pack of empty single dose HibTITER vials, educational video, LIVE information pack, product handbook, `Question and Answer' leaflets and other promotional material, by Lederle-Praxis, Gosport, England, 1992-1993

Vaccine HibTITER information

1992-1993

Selection of ten graphite components manufactured by Southern Graphite Services (SGS) in 1982 for a life-size simulation of the core of an Advanced Gas-cooled Reactor. These consist of three types core bricks, three sorts of connecting piece, infill pieces, side wall bricks and convertor pieces between the wall and the core. The graphite bricks in the reactor core and act as a moderator to control the chain reaction by slowing down the neutrons.

Graphite bricks for an Advanced Gas-cooled Reactor core, 1982

1982