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Stony-iron meteorite from Imilac in Chile

Space Technology

Meteorite iron, metallic portion, melted under pla

Metallurgy

before 1889

A slice taken from a meteorite

Metallurgy

Iron meteorite from Canyon Diablos, Arizona, USA

Space Technology

Stony meteorite from Pena Blanca Springs, Texas, USA

Space Technology
Iron meteorite (Canon Diablo), slice, polished and etched, 175 grams, (B.M. 1950,338)

Iron meteorite (Canon Diablo), slice, polished and

Experimental Chemistry

Fragment of Nickel-Iron meteor

Space Technology

Pieces of meteoric iron

Metallurgy

before 1889

Meteoric iron, rusted portion reduced in hydrogen

Metallurgy

before 1889

Meteoric iron, rusted portion reduced by carbonic

Metallurgy

before 1889

Meteoric iron, metallic portion melted under glass

Metallurgy

before 1889

Meteoric iron, run into moulds and hammered, made

Metallurgy

before 1889

Meteoric iron, metallic portion melted under glass

Metallurgy

before 1889
Meteoric iron, rusted portion reduced by hydrogen, conducted by R. Smith, on portions of the largest meteorite in the British Museum and on the rust derived from it

Meteoric iron, rusted portion reduced by hydrogen,

Metallurgy

before 1889
Meteoric iron, rusted portion reduced by hydrogen gas and cooled in the same, conducted by R. Smith, on portions of the largest meteorite in the British Museum and on the rust derived from it

Meteoric iron, rusted portion reduced by hydrogen

Metallurgy

before 1889
3 items

'Meteorites and some of the problems which they present' by Lord Rayleigh plus some handwritten and typed notes regarding emission lines and a box addressed to J. Evershed in Surrey marked 'newton'