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Scientific Instrument Collection

Background imageScientific Instrument Collection: Thomas Nortons laboratory, c1477 (1652)

Thomas Nortons laboratory, c1477 (1652). Engraving after a manuscript in the British Museum, London, which is probably the earliest illustration of a balance in a glass case

Background imageScientific Instrument Collection: 'Cadbury's Cocoa, 1890. Creator: Unknown

'Cadbury's Cocoa, 1890. Creator: Unknown
'Cadbury's Cocoa, 1890. From "The Graphic. An Illustrated Weekly Newspaper", Volume 42. July to December, 1890

Background imageScientific Instrument Collection: The moment of measuring the water level at the Inorogda hydrometric station, 1909

The moment of measuring the water level at the Inorogda hydrometric station, 1909. Creator: Vladimir Ivanovich Fedorov
The moment of measuring the water level at the Inorogda hydrometric station, 1909. Amur Oblast Museum of Regional History and Folklife

Background imageScientific Instrument Collection: Scientific laboratory, between 1905 and 1915. Creator: Sergey Mikhaylovich Prokudin-Gorsky

Scientific laboratory, between 1905 and 1915. Creator: Sergey Mikhaylovich Prokudin-Gorsky
Scientific laboratory, [Russia?], between 1905 and 1915. Russian chemist and photographer Sergey Prokudin-Gorsky (1863-1944)

Background imageScientific Instrument Collection: Antoine Laurent Lavoisier (1743-1794) and His Wife... 1788. Creator: Jacques-Louis David

Antoine Laurent Lavoisier (1743-1794) and His Wife... 1788. Creator: Jacques-Louis David
Antoine Laurent Lavoisier (1743-1794) and His Wife (Marie Anne Pierrette Paulze, 1758-1836), 1788

Background imageScientific Instrument Collection: Microscope made by C Reichert, Vienna, 1895. Artist: C Reichert

Microscope made by C Reichert, Vienna, 1895. Artist: C Reichert
Microscope made by C Reichert, Vienna, 1895. The microscope featured objectives of different powers which could be turned into viewing position as required

Background imageScientific Instrument Collection: Equilibrium and movement of the air, c1851

Equilibrium and movement of the air, c1851. The effects of pneumatics and barometric pressure underwater and in the air, showing ballooning, a diving bell, divers in diving suits, an air gun

Background imageScientific Instrument Collection: The Astrolabe of Sir Francis Drake, in Greenwich Hospital, 1856. Creator: Unknown

The Astrolabe of Sir Francis Drake, in Greenwich Hospital, 1856. Creator: Unknown
The Astrolabe of Sir Francis Drake, in Greenwich Hospital, 1856....instrument for taking the altitude of the sun or stars, once belonging to the famous Drake...This instrument

Background imageScientific Instrument Collection: Instruments used by Mr. Glaisher during his balloon ascent, 1862. Creator: Unknown

Instruments used by Mr. Glaisher during his balloon ascent, 1862. Creator: Unknown
Instruments used by Mr. Glaisher during his balloon ascent, 1862. 1. Barometer; 2; Wet and Dry Bulb Hygrometer; 3. Daniell's Hygrometer; 4. Chronometer; 5. Bucket of Water to keep Bulb wet; A. B

Background imageScientific Instrument Collection: Astrolabe, Qajar dynasty (1796-1925), 18th century; with later additions

Astrolabe, Qajar dynasty (1796-1925), 18th century; with later additions

Background imageScientific Instrument Collection: Barometer, England, c. 1790. Creator: Vulliamy family

Barometer, England, c. 1790. Creator: Vulliamy family
Barometer, England, c. 1790

Background imageScientific Instrument Collection: Mercury Barometer, c. 1940. Creator: Ray Price

Mercury Barometer, c. 1940. Creator: Ray Price
Mercury Barometer, c. 1940

Background imageScientific Instrument Collection: Our Captain, Our Guide over Pathless Waters, 1890. Creator: BW Kilburn

Our Captain, Our Guide over Pathless Waters, 1890. Creator: BW Kilburn
Our Captain, Our Guide over Pathless Waters, 1890. Albumen silver print, stereocard

Background imageScientific Instrument Collection: Allegory of Virtue and Vice, 1505. Creator: Lorenzo Lotto

Allegory of Virtue and Vice, 1505. Creator: Lorenzo Lotto
Allegory of Virtue and Vice, 1505

Background imageScientific Instrument Collection: An Allegory of Misrule, 1720-61. Creator: Johann Georg Platzer

An Allegory of Misrule, 1720-61. Creator: Johann Georg Platzer
An Allegory of Misrule, 1720-61

Background imageScientific Instrument Collection: Elias Allen, 1666. Creator: Wenceslaus Hollar

Elias Allen, 1666. Creator: Wenceslaus Hollar
Elias Allen, 1666

Background imageScientific Instrument Collection: The Royal Society, frontispiece to Thomas Sprat, 'The History of the Royal Society

The Royal Society, frontispiece to Thomas Sprat, "The History of the Royal Society
The Royal Society, frontispiece to Thomas Sprat, " The History of the Royal Society of London.", 1667

Background imageScientific Instrument Collection: L Academie des Sciences et des Beaux-Arts, 1698. Creator

L Academie des Sciences et des Beaux-Arts, 1698. Creator
L Academie des Sciences et des Beaux-Arts, 1698

Background imageScientific Instrument Collection: Louis XIV Visiting the Royal Academy of Sciences, 1671. Creator

Louis XIV Visiting the Royal Academy of Sciences, 1671. Creator
Louis XIV Visiting the Royal Academy of Sciences, 1671

Background imageScientific Instrument Collection: Triompho di Fortuna, January 1526. Creator: Unknown

Triompho di Fortuna, January 1526. Creator: Unknown
Triompho di Fortuna, January 1526

Background imageScientific Instrument Collection: Man Born to Toil, from The Reward of Labour and Diligence, plate 1, 1572. 1572

Man Born to Toil, from The Reward of Labour and Diligence, plate 1, 1572. 1572
Man Born to Toil, from The Reward of Labour and Diligence, plate 1, 1572

Background imageScientific Instrument Collection: Boys Behind a Science Experiment, late 1850s. Creator: Unknown

Boys Behind a Science Experiment, late 1850s. Creator: Unknown
Boys Behind a Science Experiment, late 1850s

Background imageScientific Instrument Collection: The Philospohers on the Summit of Mount Athos... 15th century, (1943). Creator: Unknown

The Philospohers on the Summit of Mount Athos... 15th century, (1943). Creator: Unknown
The Philospohers on the Summit of Mount Athos Taking Observations of the Stars and Writing Words in the Dust, 15th century, (1943). Astronomers using instruments to observe the night sky

Background imageScientific Instrument Collection: Astronaut John Young on the lunar surface, Apollo 16 mission, April 1972. Creator: Charles Duke

Astronaut John Young on the lunar surface, Apollo 16 mission, April 1972. Creator: Charles Duke
Astronaut John Young on the lunar surface, Apollo 16 mission, 21 April 1972. Commander John Young performing the first Apollo 16 Spacewalk at the Apollo Lunar Surface Experiments Package (ALSEP)

Background imageScientific Instrument Collection: Sir Frederick William Herschel (1738 - 1822), pub. 1867. Creator: Julia Margaret Cameron

Sir Frederick William Herschel (1738 - 1822), pub. 1867. Creator: Julia Margaret Cameron
Sir Frederick William Herschel (1738 - 1822) pub. 1867 (photograph). Sir John Frederick William Herschel (1792 ? 1871); English polymath, mathematician, astronomer, chemist, inventor

Background imageScientific Instrument Collection: Herschels Grand Telescope, (Fig. 24), pub. 1797. Creator: English School (18th Century)

Herschels Grand Telescope, (Fig. 24), pub. 1797. Creator: English School (18th Century)
Herschels Grand Telescope, (Fig. 24), Plate 505 from Encyclopaedia Britannica, pub. 1797 (engraving). Herschels 40-foot telescope was built between in 1785 and 1789 at Observatory House in Slough

Background imageScientific Instrument Collection: E. W. Nelson with the Nansen-Petersen Insulated Water-Bottle, c1911, (1913). Artist

E. W. Nelson with the Nansen-Petersen Insulated Water-Bottle, c1911, (1913). Artist
E. W. Nelson with the Nansen-Petersen Insulated Water-Bottle, c1911, (1913). Expedition biologist Edward W Nelson (1883-1923) carrying out research

Background imageScientific Instrument Collection: Lieut. Pennell with a Prismatic Compass, December 1910, (1913). Artist: Herbert Ponting

Lieut. Pennell with a Prismatic Compass, December 1910, (1913). Artist: Herbert Ponting
Lieut. Pennell with a Prismatic Compass, December 1910, (1913). Lieutenant Harry Pennell (1882-1916) was responsible for the first sighting of Oates Coast, and named it after Captain Lawrence Oates

Background imageScientific Instrument Collection: Dr. Simpson at the Unifilar Magnetometer, 1911, (1913). Artist: Herbert Ponting

Dr. Simpson at the Unifilar Magnetometer, 1911, (1913). Artist: Herbert Ponting
Dr. Simpson at the Unifilar Magnetometer, 1911, (1913). Meteorologist George Simpson (1878-1965) took detailed measurements in order to predict the best possible conditions for Scotts journey to

Background imageScientific Instrument Collection: Greenwich Park, Greenwich, London, 1844. Artist: Thomas Abiel Prior

Greenwich Park, Greenwich, London, 1844. Artist: Thomas Abiel Prior
View of London from the hill in Greenwich Park, 1844; with the Royal Greenwich Observatory on the left and Greenwich Hospital below on the right

Background imageScientific Instrument Collection: An orrery designed by the Danish astronomer Tycho Brahe, c1630. Artist: Joan Blaeu

An orrery designed by the Danish astronomer Tycho Brahe, c1630. Artist: Joan Blaeu
An orrery designed by the Danish astronomer Tycho Brahe, c1630. From the Atlas Major by Johann Blaeu

Background imageScientific Instrument Collection: Tycho Brahe, Danish astronomer, (c1630). Artist: Joan Blaeu

Tycho Brahe, Danish astronomer, (c1630). Artist: Joan Blaeu
Tycho Brahe, Danish astronomer, (c1630). Brahe (1546-1601) aged 40, amongst his astonomical instuments. From the Atlas Major by Johann Blaeu

Background imageScientific Instrument Collection: Arabian astrologers, 1513 (late 19th century)

Arabian astrologers, 1513 (late 19th century). Copy of an illustration from In Somnium Sciopinis (Commentary on the Dream of Scipio) by Macrobius, (Venice 1513), used in A History of Magic

Background imageScientific Instrument Collection: A young apprentice at Globe & Simpson auto electricians workshop, Lincoln, Lincolnshire, 1961

A young apprentice at Globe & Simpson auto electricians workshop, Lincoln, Lincolnshire, 1961. An apprentice using a hydrometer to check the sulphuric acid concentration in a Lucas car battery

Background imageScientific Instrument Collection: John Hadleys sextant, 1894

John Hadleys sextant, 1894. Hadley (1682-1744) was an English mathematician. From A Popular History of Science, by Robert Routledge, BSc (Lond.), F.C.S. [George Routledge & Sons, Limited

Background imageScientific Instrument Collection: Crugers azimuth quadrant, 1673 (1956). Artist: A Steck

Crugers azimuth quadrant, 1673 (1956). Artist: A Steck
Crugers azimuth quadrant, 1673 (1956). Peter Cruger (1580-1639) was a German mathematician, astronomer and polymath. He taught the Polish astronomer Johannes Hevelius

Background imageScientific Instrument Collection: Electricity, c1891

Electricity, c1891
Electricity. Various aspects of electricity and electrical apparatus, including Edelmanns Quarter-Cylinder Electrometer (1), Leyden Jar (2), Wimshurst Influence Machine (3), Electrophorus (4, 5)

Background imageScientific Instrument Collection: Laboratory and chart, 1751-1777

Laboratory and chart, 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 imageScientific Instrument Collection: The examination of a childs arm by radiography, 19th century. Artist: Gustave Francois Lasellaz

The examination of a childs arm by radiography, 19th century. Artist: Gustave Francois Lasellaz
The examination of a childs arm by radiography, 19th century. A print from les Dernieres Merveilles de la Science, by Daniel Bellet

Background imageScientific Instrument Collection: Forms of astrolabe in use for surveying, 1650

Forms of astrolabe in use for surveying, 1650. Vignette from a multiplication table

Background imageScientific Instrument Collection: Using astrolabes to calculate the height of a steeple, 1539. Artist: Petrus Apianus

Using astrolabes to calculate the height of a steeple, 1539. Artist: Petrus Apianus
Using astrolabes to calculate the height of a steeple, 1539. From Cosmographia, Peter Apian, Antwerp, 1539

Background imageScientific Instrument Collection: Surveying, from Levinus Hulsius Instrumentorum Mechanicorum, Frankfurt-am-Main, 1605

Surveying, from Levinus Hulsius Instrumentorum Mechanicorum, Frankfurt-am-Main, 1605. Artist: Levinus Hulsius
Surveying, from Levinus Hulsius Instrumentorum Mechanicorum, Frankfurt-am-Main, 1605. Top; measuring angles using a quadrant. Bottom; obtaining levels and altitudes using Hulsiuss planimeter

Background imageScientific Instrument Collection: Rumfords calorimeter, 1887

Rumfords calorimeter, 1887. During his work in determining the efficiency of different fuels the Anglo-American scientist Benjamin Thompson, Count Rumford (1753-1814)

Background imageScientific Instrument Collection: William Herschels reflecting telescope of 40 ft (12 m) focal length, 1789 (1807)

William Herschels reflecting telescope of 40 ft (12 m) focal length, 1789 (1807). Built by the German-born English astronomer, William Herschel (1738-1822), in the grounds of his home in Slough

Background imageScientific Instrument Collection: Long focal length refracting telescope, 1728

Long focal length refracting telescope, 1728. The lenses for this instrument were made by Francesco Campani, Italian lens maker of Bologna

Background imageScientific Instrument Collection: Torricellis demonstration of the effect of atmospheric pressure on a column of liquid, 1643 (1873)

Torricellis demonstration of the effect of atmospheric pressure on a column of liquid, 1643 (1873)
Evangelista Torricellis demonstration of the effect of atmospheric pressure on a column of liquid, 1643 (1873). Torricelli (1608-1647), Italian physicist and mathematician

Background imageScientific Instrument Collection: Evangelista Torricelli, Italian physicist, inventing the mercury barometer, 1643 (1873)

Evangelista Torricelli, Italian physicist, inventing the mercury barometer, 1643 (1873)
Evangelista Torricelli, Italian physicist and mathematician, inventing the mercury barometer, 1643 (1873). Torricelli (1608-1647)

Background imageScientific Instrument Collection: Von Guerickes water barometer, 1672

Von Guerickes water barometer, 1672. Fig I: details of parts; Fig II: complete barometer; Fig III: apparatus for the investigation of the weight of air; Fig IV: details of indicator



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