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Oxford Science Archive Collection (page 9)

Background imageOxford Science Archive Collection: Don John of Austria, 16th century Spanish soldier, 17th century

Don John of Austria, 16th century Spanish soldier, 17th century. Don John (1545-1578) was the illegitimate son of the Emperor Charles V, and half-brother of Philip II of Spain

Background imageOxford Science Archive Collection: Amy Johnson, British aviator, about to set out for Cape Town, 1932

Amy Johnson, British aviator, about to set out for Cape Town, 1932. Johnson (1903-1941) saying goodbye to her husband, fellow pilot James Mollison, before starting off

Background imageOxford Science Archive Collection: Paul Jablochkoff, Russian telegraph engineer, 1883

Paul Jablochkoff, Russian telegraph engineer, 1883. In 1867 Jablochkoff (1847-1914) invented the Jablochkoff candle, a carbon arc lamp. From Les Nouvelles Conquetes de la Science by Louis Figuier

Background imageOxford Science Archive Collection: Jules Pierre Cesar Janssen, French astronomer, 1893

Jules Pierre Cesar Janssen, French astronomer, 1893. Janssen (1824-1907) at the eyepiece of his reflecting telescope at Meudon Observatory, France

Background imageOxford Science Archive Collection: Robert Jameson, Scottish mineralogist, 1833

Robert Jameson, Scottish mineralogist, 1833. Jameson (1774-1854) was Regis professor of natural history at Edinburgh from 1804-1854

Background imageOxford Science Archive Collection: Dr John Jeffries, American balloonist, 1786

Dr John Jeffries, American balloonist, 1786. Jeffries (1744-1819) during a balloon ascent to investigate the atmospheric temperature

Background imageOxford Science Archive Collection: Isaac Judaeus, physician to the rulers of Tunisia, 9th-10th century (1493)

Isaac Judaeus, physician to the rulers of Tunisia, 9th-10th century (1493). Isaac Judaeus (c855-c955) was one of the first whose works were translated from Arabic to Latin

Background imageOxford Science Archive Collection: Edwin Ray Lankester, British zoologist, 1905. Artist: Spy

Edwin Ray Lankester, British zoologist, 1905. Artist: Spy
Edwin Ray Lankester, British zoologist, 1905. Lankester (1847-1929) established clear morphological distinctions in different orders of invertebrates, demonstrating that they had different origins

Background imageOxford Science Archive Collection: Jean Baptiste Andre Dumas, French organic chemist, 1873

Jean Baptiste Andre Dumas, French organic chemist, 1873. Dumas (1800-1884) did important work on organic analysis and synthesis, and the determination of atomic weights

Background imageOxford Science Archive Collection: Henri Etienne St Claire Deville, 19th century French chemist, (c1955)

Henri Etienne St Claire Deville, 19th century French chemist, (c1955). In 1854 Deville (1818-1881) discovered the process for obtaining pure aluminium by reducing aluminium chloride with sodium

Background imageOxford Science Archive Collection: Joseph Jerome Lefrancais de Lalande, French astronomer, 19th century

Joseph Jerome Lefrancais de Lalande, French astronomer, 19th century. Lalande (1732-1807) was professor of astronomy at the College de France for 46 years from 1760

Background imageOxford Science Archive Collection: Reverse of a medal commemorating the brilliant comet of November 1618

Reverse of a medal commemorating the brilliant comet of November 1618. The message says that God sent us the starry comet as a warning to us to lead better lives

Background imageOxford Science Archive Collection: Obverse of a medal commemorating the brilliant comet of November 1618

Obverse of a medal commemorating the brilliant comet of November 1618. This comet prompted many pamphlets, including Galileo Galileis (1564-1642) polemical masterpiece Il Saggiatore (The Assayer)

Background imageOxford Science Archive Collection: Reverse of a medal commemorating the bright comet of 1577

Reverse of a medal commemorating the bright comet of 1577
Reverse ofa medal commemorating the bright comet of 1577. Known as Brahes comet, this is the comet which convinced the Danish astronomer Tycho Brahe (1546-1601)

Background imageOxford Science Archive Collection: Obverse of a medal commemorating the bright comet of 1577

Obverse of a medal commemorating the bright comet of 1577. Known as Brahes comet, this is the comet which convinced the Danish astronomer Tycho Brahe (1546-1601)

Background imageOxford Science Archive Collection: Medal commemorating the discovery of smallpox vaccination in 1796 (1800)

Medal commemorating the discovery of smallpox vaccination in 1796 (1800)
Medal commemorating the discovery of smallpox vaccination in 1796, (1800). Children dancing round a garlanded cow. Edward Jenner (1749-1823)

Background imageOxford Science Archive Collection: Typical enlarged spleen of a Malaria patient, c1890

Typical enlarged spleen of a Malaria patient, c1890. Malaria is caused a parasitic protozoa transmitted by the Anopheles mosquito

Background imageOxford Science Archive Collection: Painting a wound with an antiseptic solution, c1890

Painting a wound with an antiseptic solution, c1890. From Les Grands Maux et les Grands Remedes (The Principal Illnesses and Their Remedies) by Jules Rengade. (Paris, c1890)

Background imageOxford Science Archive Collection: Using a laryngoscope to aid the removal of a polyp from the throat, c1890

Using a laryngoscope to aid the removal of a polyp from the throat, c1890. A small mirror on a long metal handle was invented in 1854 by a Spanish singing teacher Manuel Garcia (1805-1906)

Background imageOxford Science Archive Collection: Electric overhead monorail at Barmen-Elberfeld (now Wuppertal), Germany, 1901

Electric overhead monorail at Barmen-Elberfeld (now Wuppertal), Germany, 1901. This, the worlds first and oldest still operating

Background imageOxford Science Archive Collection: Potato peeler, 1899

Potato peeler, 1899. A machine for washing, peeling and removing eyes and sprouts from potatoes. Les Inventions Illustrees. (Paris, May 1899)

Background imageOxford Science Archive Collection: Villa Tournesol, 1899

Villa Tournesol, 1899. A revolving clinic designed to take full advantage of the heat and light of the sun for therapeutic purposes

Background imageOxford Science Archive Collection: Women washing the precious metal platinum from alluvial gravels, Urals, Russia, 1916

Women washing the precious metal platinum from alluvial gravels, Urals, Russia, 1916

Background imageOxford Science Archive Collection: The Wear above Sunderland Iron Bridge, c1829. Artist: R Francis

The Wear above Sunderland Iron Bridge, c1829. Artist: R Francis
The Wear above Sunderland Iron Bridge, c1829. The Wear was an important waterway for exporting the coal and chemical and industrial products of the area

Background imageOxford Science Archive Collection: Cameramen under fire while filming in the First Balkan War, 1912

Cameramen under fire while filming in the First Balkan War, 1912. By 1912 cinemas were showing newsreels and war reporters were being accompanied by camera teams

Background imageOxford Science Archive Collection: Killing Birds of Paradise, New Guinea, 1908

Killing Birds of Paradise, New Guinea, 1908. The European hunter has a gun, while the native is proving himself proficient with his bow and arrow

Background imageOxford Science Archive Collection: Mendelian inheritance of colour of flower in the culinary pea, 1912

Mendelian inheritance of colour of flower in the culinary pea, 1912. Pink-flowered race (left), white-flowered race (right), and a cross between the two (centre)

Background imageOxford Science Archive Collection: Firing a cannon into clouds to prevent a hail storm, 1901

Firing a cannon into clouds to prevent a hail storm, 1901. It was claimed that rain fell instead of the anticipated hail which would have damaged the grape vines in the wine producing area of

Background imageOxford Science Archive Collection: Boring wooden pipes, and casting and drawing iron pipes, c1825

Boring wooden pipes, and casting and drawing iron pipes, c1825. At top is a machine for boring wooden pipes. The rest of the machines are for casting a drawing out iron pipes

Background imageOxford Science Archive Collection: Various pumps for raising water, 1816

Various pumps for raising water, 1816. Including a triple pump (top right) and a man-powered balance pump (bottom right). From Encyclopaedia Londinensis. (London, 1816)

Background imageOxford Science Archive Collection: Various pumps for draining ships, 1816

Various pumps for draining ships, 1816. Including: 82: chain pump; 84: suction pump; 85: force pump. From Encyclopaedia Londinensis. (London, 1816)

Background imageOxford Science Archive Collection: Seamen hauling a clinker-built dinghy up onto the shore, 1821

Seamen hauling a clinker-built dinghy up onto the shore, 1821. In this type of construction the planks of the vessel overlap the plank below and are fastened with clinched

Background imageOxford Science Archive Collection: Glass cutter decorating table ware on a carborundum wheel, 1867

Glass cutter decorating table ware on a carborundum wheel, 1867. He turns the wheel by working a treadle with his foot. From Alphabet des Arts et Metiers. (Paris, 1867)

Background imageOxford Science Archive Collection: Ironing room in a laundry, 1867

Ironing room in a laundry, 1867. The washroom can be seen through the door in the background. On the left is the stove for heating flatirons

Background imageOxford Science Archive Collection: Public weighbridge used to weigh cattle in a market, 1867

Public weighbridge used to weigh cattle in a market, 1867. Animals are placed on the weighing platform and an attendant in the kiosk weighs them using a weighing machine based on the principle of

Background imageOxford Science Archive Collection: Cretin aged 15, c1890

Cretin aged 15, c1890.Cretinism in infants and children is caused by a defective thyroid gland and failure to produce the hormone thyroxine. Sufferers are mentally and physically retarded

Background imageOxford Science Archive Collection: Solar motor by Aubrey Eneas of Boston, c1905 (c1910)

Solar motor by Aubrey Eneas of Boston, c1905 (c1910). Demonstrated at Edwin Cawstons ostrich farm Pasadena, California. A reflector 33 feet (10.05 metres)

Background imageOxford Science Archive Collection: Flight of locks on the Saima Canal, Finland, c1900

Flight of locks on the Saima Canal, Finland, c1900. A ship is descending the flight. On the left is a typical boatman. This canal, completed in 1856, linked Saima Lake to the Gulf of Finland

Background imageOxford Science Archive Collection: Bird Catching from Above, Shetland Islands, 1813

Bird Catching from Above, Shetland Islands, 1813. Catchers were lowered down on a rope. Birds and eggs were a great economic resource for the Shetland Islanders

Background imageOxford Science Archive Collection: Bird Catching from Below, Shetland Islands, 1813

Bird Catching from Below, Shetland Islands, 1813. Catchers were helped up the cliffs by colleagues in rowing boats. Birds and eggs were a great economic resource for the Shetland Islanders

Background imageOxford Science Archive Collection: Bell telephone, 1882. Artist: Alexander Graham Bell

Bell telephone, 1882. Artist: Alexander Graham Bell
Bell telephone, 1882. Scottish-born American inventor Bell (1847-1922) filed the patent for his telephone at the United States Patent Office at 3pm on 14 February 1876

Background imageOxford Science Archive Collection: Making Edison light bulbs, 1880

Making Edison light bulbs, 1880. Vacuum apparatus used to exhaust Edison incandescent light bulbs at G (centre top). From Scientific American. (New York, 1880)

Background imageOxford Science Archive Collection: Justus von Liebig, German chemist, at work in his laboratory, mid 19th century (c1885)

Justus von Liebig, German chemist, at work in his laboratory, mid 19th century (c1885). Liebig (1803-1873) was one of the most illustrious chemists of his age; he was the founder of agricultural

Background imageOxford Science Archive Collection: Title page of Dialogo, by Galileo, 1632

Title page of Dialogo, by Galileo, 1632. Title page of Dialogo, (Dialogue on the two chief world systems) was published in Florence in 1632

Background imageOxford Science Archive Collection: Using a quadrant with a plumb bob to calculate the height of a tower by triangulation, 1551

Using a quadrant with a plumb bob to calculate the height of a tower by triangulation, 1551. From Rudimenta Mathematica by Sebastian Munster. (Basel, 1551)

Background imageOxford Science Archive Collection: The solar spectrum, 1814

The solar spectrum, 1814. Joseph von Fraunhofers (1787-1826) drawing of the lines of the solar spectrum, and above it a curve showing the intensity of sunlight in different parts of the spectrum

Background imageOxford Science Archive Collection: Insects, 1911. Artist: L Patriarche

Insects, 1911. Artist: L Patriarche
Insects, 1911. Reverse of a plaquette commemorating French entomologist Jean Henri Fabre (1823-1915), who wrote numerous books on the anatomy and behaviour of insects

Background imageOxford Science Archive Collection: Mining for rock salt, c1890

Mining for rock salt, c1890. Miners being lowered down a shaft on rope slings to begin their shift in the salt mine at Wieliczka, Galicia, Poland



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