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Chemistry Collection (page 8)

Background imageChemistry Collection: Chemistry, furnace utensils, 1751-1777. Artist: Denis Diderot

Chemistry, furnace utensils, 1751-1777. Artist: Denis Diderot
Chemistry, furnace utensils, 1751-1777. A print from the Encyclopedie, ou Dictionnaire Raisonne des Sciences, des Arts et des Metiers by Diderot & d Alembert, 1751-1777. Private Collection

Background imageChemistry Collection: Characters of Chemistry, 1751-1777. Artist: Valentina Baratti

Characters of Chemistry, 1751-1777. Artist: Valentina Baratti
Characters of Chymie, 1751-1777. A print from the Encyclopedie, ou Dictionnaire Raisonne des Sciences, des Arts et des Metiers by Diderot & d Alembert, 1751-1777. Private Collection

Background imageChemistry Collection: Frederick Augustus Abel (1827-1902). English chemist and inventor, 1893

Frederick Augustus Abel (1827-1902). English chemist and inventor, 1893
Frederick Augustus Abel (1827-1902), English chemist and inventor, 1893. Together with James Dewar, Abel invented the explosive cordite. He also devised a new method for manufacturing gun-cotton

Background imageChemistry Collection: Men taking a break from charging the retorts, Lambeth Gasworks, 1872

Men taking a break from charging the retorts, Lambeth Gasworks, 1872
Men taking a break from charging the retorts while colleagues in background take their turn in the inferno, Lambeth Gasworks, 1872

Background imageChemistry Collection: Spectroscopy

Spectroscopy. A spectrosopist observing (top). At the bottom, from left to right; absorption spectra of indigo, chromic chloride and magenta

Background imageChemistry Collection: Michael Faraday, British physicist and chemist, mid 19th century

Michael Faraday, British physicist and chemist, mid 19th century. Faraday (1791-1867) was one of the greatest scientists of the 19th century

Background imageChemistry Collection: Michael Faraday, British physicist and chemist, 1881

Michael Faraday, British physicist and chemist, 1881. Top left: reading when apprenticed to Riebau as a bookbinder; top right; experimenting; bottom

Background imageChemistry Collection: William Ramsay, Scottish chemist, 1908. Artist: Spy

William Ramsay, Scottish chemist, 1908. Artist: Spy
William Ramsay, Scottish chemist, 1908. Ramsay (1852-1916) discovered four of the inert gases, Neon, Argon, Krypton and Xenon, for which he won the the Nobel prize for Chemistry in 1904

Background imageChemistry Collection: William Crookes, British physicist and chemist, 1903. Artist: Spy

William Crookes, British physicist and chemist, 1903. Artist: Spy
William Crookes, British physicist and chemist, 1903. Crookes (1832-1919) holding the discharge tube which carries his name

Background imageChemistry Collection: Pierre and Marie Curie, French physicists, 1904

Pierre and Marie Curie, French physicists, 1904. Polish-born Marie Curie and her husband Pierre continued the work on radioactivity started by Henri Becquerel

Background imageChemistry Collection: Louis Pasteur, French chemist and founder of modern bacteriology, 1887

Louis Pasteur, French chemist and founder of modern bacteriology, 1887. Pasteur (1822-1895) holding rabbits used in his work on hydrophobia (rabies)

Background imageChemistry Collection: John William Strutt, 3rd Baron Rayleigh, British scientist, 1899

John William Strutt, 3rd Baron Rayleigh, British scientist, 1899. Lord Rayleigh (1842-1919) isolated the element Argon, one of the noble (inert) gases

Background imageChemistry Collection: Henri Moissan, French chemist, 1900

Henri Moissan, French chemist, 1900. Moissan (1852-1907) at his desk at the Edison workshops, Paris, where he worked on the production of artificial diamonds

Background imageChemistry Collection: Jons Jacob Berezelius, Swedish chemist, c1890

Jons Jacob Berezelius, Swedish chemist, c1890. Berzelius (1779-1848) introduced modern chemical symbols. He discovered the elements selenium, thorium and cerium, and was first to isolate others

Background imageChemistry Collection: Distillation, 1882

Distillation, 1882. Cross-section showing a furnace heating a still. Matter distilled is discharged through the beak of the alembic and is condensed in the worm that runs through the refrigerator

Background imageChemistry Collection: Chemist, 1508

Chemist, 1508. A chemist or alchemist is using bellows to heat up the fire under a crucible. Behind him an alembic standing on a furnace is being used for distillation

Background imageChemistry Collection: Retort House, Great Central Gas Works, Bow Common, London, 1866

Retort House, Great Central Gas Works, Bow Common, London, 1866
Retort House, Great Central Gas Works, Bow Common, London. It was here that Croll introduced the burning of incandescent coke as fuel immediately as it had been taken from retorts, saving10%

Background imageChemistry Collection: Retort House, Imperial Gasworks, Kings Road, London, 1876

Retort House, Imperial Gasworks, Kings Road, London, 1876
Retort House, Imperial Gasworks, Kings Road, London. Wood engraving, 1876

Background imageChemistry Collection: Quenching coke, South Metropolitan Gas Companys works, East Greenwich, London, 1891

Quenching coke, South Metropolitan Gas Companys works, East Greenwich, London, 1891. Wood engraving

Background imageChemistry Collection: The condensers at the South Metropolitan Gas Companys works, East Greenwich, London, 1891

The condensers at the South Metropolitan Gas Companys works, East Greenwich, London, 1891. Wood engraving

Background imageChemistry Collection: Illustration showing the working spaces of a gas works, 1828

Illustration showing the working spaces of a gas works, 1828: l: Retort House. 2: Tar cistern. 3: Condenser. 5, 6: Gasholder. 7: Office. 8: Workshops

Background imageChemistry Collection: Sectional view of Liverpool Gas Works, 1860. Artist: Charles Partington

Sectional view of Liverpool Gas Works, 1860. Artist: Charles Partington
Sectional view of Liverpool Gas Works, 1860. Where, according to Muspratt, the purest gas in the kingdom is produced. From Sheridan Muspratt Chemistry, London, 1860

Background imageChemistry Collection: Mendeleyevs first Periodic Table of Elements, 1869. Artist: Dmitri Mendeleev

Mendeleyevs first Periodic Table of Elements, 1869. Artist: Dmitri Mendeleev
Mendeleyevs first Periodic Table of Elements. From his Principles of Chemistry, St Petersburg, 1869

Background imageChemistry Collection: Nitroglycerin processing plant, explosives factory, Val Bormida, near Cengio, Italy, 1888

Nitroglycerin processing plant, explosives factory, Val Bormida, near Cengio, Italy, 1888
Nitroglycerin processing plant, explosives factory, Val Bormida, near Cengio, north-west Italy, 1888. Nitroglycerin was mixed with Kieselghur (a diatomaceous earth) to produce Dynamite

Background imageChemistry Collection: Women packing dynamite cartridges, 1888

Women packing dynamite cartridges, 1888. Explosives factory at Val Bormida, near Cengio, north-west Italy. Nitroglycerin was mixed with Kieselghur (a diatomaceous earth) to produce Dynamite

Background imageChemistry Collection: Inflation of Charles and the Robert brothers hydrogen balloon, 1783 (c1807)

Inflation of Charles and the Robert brothers hydrogen balloon, 1783 (c1807). Jean and Noel Robert helping Jacques Charles (1746-1823)

Background imageChemistry Collection: Inflating a hydrogen balloon, 1845

Inflating a hydrogen balloon, 1845. Hydrogen is produced by covering barrels of iron filings with sulphuric acid. The gas is then fed into the balloon

Background imageChemistry Collection: Joseph Wilson Swan, c1880

Joseph Wilson Swan, c1880
Joseph Wilson Swan, English chemist and physicist, c1880. Swan (1828-1914), pioneer of electric lighting and inventor of bromide photographic paper

Background imageChemistry Collection: Jean Augustin Barral (1819-1884), French agricultural chemist, 1884

Jean Augustin Barral (1819-1884), French agricultural chemist, 1884. Barral was the first to extract nicotine from tobacco leaf

Background imageChemistry Collection: Interior of Marston Salt Mine, Northwich, Cheshire, England, c1880

Interior of Marston Salt Mine, Northwich, Cheshire, England, c1880. This shows how pillars of rock have been left to support the roof

Background imageChemistry Collection: South Durham Salt Works, 1884

South Durham Salt Works, 1884. Loading crystallised salt into railway wagons. Brine would be pumped up from the borehole, purified, then crystallised



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