Pesquisando por: "J. J. Thomson, English physicist" - Fotoarena - Agência de fotojornalismo

UIG3586086 Portrait of J. J. Thomson (1856-1940) an English physicist and Noble Prize laureate in Physics. Dated 20th Century.

UIG3586085 Diagram of an experiment conducted by J. J. Thomson (1856-1940) an English physicist and Noble Prize laureate in Physics. Dated 20th Century.

UIG3586087 Photograph of J. J. Thompson (1856-1940) an English physicist and Noble Prize laureate in Physics. Dated 20th Century.

UIG3586077 Photograph of J. J. Thompson (1856-1940) and other Cavendish Laboratory research students. Dated 19th Century.

LLM979407 Professor J J Thomson, British physicist, in the Cavendish Physical Laboratory, Cambridge. Illustration from The Outline of Science, The Waverley Book Company Ltd, London.

ACD215458 awarded Nobel Prize for Physics 1906;

UIG5307988 Diagram of J. J. Thomson's apparatus for studying 'positive rays'. Large bulb with A) anode, C) cathode in front of the cylinder of soft iron with very narrow copper tube passing through. Particles protected from magnetic field until leaving tube then pass between poles of electromagnet P,P) or plates, E,E). Positive particles then strike photographic plate. J. J. Thomson (1856-1940) an English physicist and Nobel laureate in physics. Dated 20th century. 1950

STC170389 awarded Nobel Prize for Physics 1906;

UIS5079468 Letter from Sir Joseph J Thomson, English physicist , 1924. Front page of letter from Sir Joseph J Thomson (1856-1940) to Colonel Lyons, Director of the Science Museum, refering to the electron tube, 21 January 1924. Thomson studied sciences at Trinity College, Cambridge. After graduating, he continued to work at the university and in 1896 began experiments on cathode rays. Thomson showed that cathode rays were particles with a negative charge and much smaller than an atom. The particles were later renamed electrons. In 1912 he went on to develop mass spectrometry and in 1906 was awarded the Nobel Prize for Physics for research on conduction through gases. ©SSPL/Science Museum

UIS5079494 Letter from Sir Joseph J Thomson, English physicist , 1924. Back page of letter from Sir Joseph J Thomson (1856-1940) to Colonel Lyons, Director of the Science Museum, refering to the electron tube, 21 January 1924. Thomson studied sciences at Trinity College, Cambridge. After graduating, he continued to work at the university and in 1896 began experiments on cathode rays. Thomson showed that cathode rays were particles with a negative charge and much smaller than an atom. The particles were later renamed electrons. In 1912 he went on to develop mass spectrometry and in 1906 was awarded the Nobel Prize for Physics for research on conduction through gases. ©SSPL/Science Museum

UIS5080301 J J Thomson with his son, George, c 1909. One of a set five family photographs in a frame. English physicist Sir Joseph John Thomson (1856-1940) studied sciences at Trinity College, Cambridge. After graduating, he continued to work at Cambridge University and in 1896 began experiments on cathode rays. He showed that cathode rays were particles much smaller than the atom with a negative charge. These particles were later renamed electrons. In 1906 he was awarded the Nobel Prize for Physics for his research on conduction through gases. In 1912 he went on to develop mass spectrometry (the study of the structure and properties of molecules and compunds). Photographed with his son, the noted physicist George Paget Thomson (1892-1975). ©SSPL/Science Museum

UIS5064518 Sir George Paget Thomson, English physicist, c 1925. Sir George Paget Thomson (1892-1975) discovered the diffraction of electrons by atoms in crystals, and consequently received the Nobel Prize for physics in 1937, sharing the award with Clinton J L Davisson. During WWII Thomson chaired the committee which advised the British Government on the atomic bomb. ©SSPL/Science Museum

UIS5076641 Sir Joseph John Thomson, English physicist, c 1900s. In 1896, Sir Joseph J Thomson (1856-1940) began to experiment with cathode rays. In Britain, physicists argued that these rays were particles, but German physicists maintained they were a type of electromagnetic radiation. Thomson showed that cathode rays were particles with a negative charge and much smaller than an atom. These particles were later renamed electrons. In 1912 he went on to develop mass spectrometry. In 1906, he was awarded the Nobel Prize for Physics, for research on conduction through gases. ©SSPL/Science Museum

LLE820764 William Hyde Wollaston. Engraved by J Thomson. Published in 1829.

UIG539465 Left to right, back row: SW Richardson, J Henry. Middle row : EBH Wade, GA Shakespear, CTR Wilson, Ernest Rutherford, W Craig-Henderson, JH Vincent, GB Bryan. Front row: J McClelland, C Child, Paul Langevin, JJ Thomson, J Zeleny, RS Willows, HA Wilson, JSE Townsend.

LLE981362 Michael Faraday (1791-1867), English physicist and chemist. Illustration for The Outline of Science by J Arthur Thomson (Waverley, c 1922).

UIS5068294 Francis William Aston, English chemical physicist, c 1920s. Francis William Aston, (1877-1945) worked with J J Thomson (1856-1940) at Cambridge University. In 1919 he devised a mass spectrograph which was able to separate atoms of similar mass. With it he showed that not all atoms in a chemical element are identical. Aston identified the isotopes of over 50 elements. He was awarded the Nobel Prize for Chemistry in 1922. ©SSPL/Science Museum

UIS5068987 Francis William Aston, English chemical physicist, c 1920s. Francis William Aston (1877-1945) worked with J J Thomson (1856- 1940), at Cambridge University. In 1919 he devised a mass spectrograph which was able to separate atoms of similar mass. With it he showed that not all atoms in a chemical element are identical. Aston identified the isotopes of over 50 elements. He was awarded the Nobel Prize for Chemistry in 1922. ©SSPL/Science Museum

UIS5075436 James Joule, English physicist, 1882. Engraving by C H Jeens from the periodical 'Nature', published 26th October 1882. James Joule (1818-1889) is best known for his experimental establishment of the mechanical theory of heat. In 1847 Joule met the Scottish physicist William Thomson, Baron Kelvin of Largs (1824-1907), who recognised the importance of Joule's work and went on to collaborate with him on a series of papers. In 1848 Joule became a fellow of the Royal Society. From 1852 Joule and Thomson worked together to try and verify predications made previously by Thomson in relation to thermodynamics. This led to the so-called Joule-Thomson effect, based on a slight deviation from the work on gases by H V Regnault. ©SSPL/Science Museum

UIS5075448 James Joule, English physicist, 1882. Painting by John Collier. James Joule (1818-1889) is best known for his experimental establishment of the mechanical theory of heat. In 1847 Joule met the Scottish physicist William Thomson, Baron Kelvin of Largs (1824-1907), who recognised the importance of Joule's work and went on to collaborate with him on a series of papers. In 1848 Joule became a fellow of the Royal Society. From 1852 Joule and Thomson worked together to try and verify predications made previously by Thomson in relation to thermodynamics. This led to the so-called Joule-Thomson effect, based on a slight deviation from the work on gases by H V Regnault. Following his wife's death in 1854, and then his own declining health from 1872, Joule undertook little work at the end of his life. ©SSPL/Science Museum

UIS5062577 James Joule, English physicist, 1882. Engraving. James Joule (1818-1889) is best known for his experimental establishment of the mechanical theory of heat. In 1847 Joule met the Scottish physicist William Thomson, Baron Kelvin of Largs (1824-1907), who recognised the importance of Joule's work and went on to collaborate with him on a series of papers. In 1848 Joule became a fellow of the Royal Society. From 1852 Joule and Thomson worked together to try and verify predications made previously by Thomson in relation to thermodynamics. This led to the so-called Joule-Thomson effect, based on a slight deviation from the work on gases by H V Regnault. Following his wife's death in 1854, and then his own declining health from 1872, Joule undertook little work at the end of his life. ©SSPL/Science Museum

UIS5080310 Sir Joseph John Thomson, English physicist. Sir Joseph John Thomson (1856-1940) studied sciences at Trinity College, Cambridge. After graduating, he continued to work at Cambridge University and in 1896 began experiments on cathode rays. In Britain physicists argued that these rays were particles, but German physicists maintained that they were a type of electromagnetic radiation. Thomson showed that cathode rays were particles much smaller than the atom with a negative charge. These particles were later renamed electrons. In 1906 he was awarded the Nobel Prize for Physics for his research on conduction through gases. In 1912 he went on to develop mass spectrometry (the study of the structure and properties of molecules and compounds). With his son George Paget Thomson (1892-1975). ©SSPL/Science Museum

UIG530603 Discoverer of Electron and pioneer of nuclear physics. Here at work in the Cavendish Laboratory, Cambridge.

TRI145190 Nobel prize for physics, 1906;

UIS5064517 Joseph John Thomson, English physicist, c 1900. Thomson (1856-1940), discoverer of the electron, photographed at his desk. After graduating from Trinity College, Cambridge, Thomson (as Cavendish Professor) turned the Cavendish Laboratory, Cambridge, into the most important centre for physics research in the world. In 1896, he began experiments on cathode rays, proving that they are particles with a negative charge and much smaller than an atom - particles later renamed 'electrons'. In 1912 he went on to develop mass spectrometry. Photographie.©SSPL

UIS5064504 Joseph John Thomson, English physicist, c 1920s. Thomson (1856-1940) discoverer of the electron, photographed writing at his desk. After graduating from Trinity College, Cambridge, Thomson (as Cavendish Professor) turned the Cavendish Laboratory, Cambridge, into the most important centre for physics research in the world. In 1896 he began experiments on cathode rays, proving that they are particles with a negative charge and much smaller than an atom - particles later renamed 'electrons'. In 1912 he went on to develop mass spectrometry. ©SSPL/Science Museum

UIS5076205 Sir George Paget Thomson, English physicist, c 1930s. Sir George Paget Thomson (1892-1975) discovered the diffraction of electrons by atoms in crystals, and received the Nobel Prize for physics with Davisson in 1927. Thomson also chaired the committee which advised the British Government on the atomic bomb. ©SSPL/Science Museum

LLE981365 Illustration for The Outline of Science by J Arthur Thomson (Waverley, c 1922).

HIM5302604 460000958Portrait of the Scottish mathematician and physicist William Thomson, Lord Kelvin (1824-1907). 1902 He poses with his compass Lord Kelvin and his compass, 1902.

XEE4405024 Portrait of Lord Kelvin (William Thomson, 1st Baron Kelvin of Largs) British physicist (1824 to 1907).

KWE229723 invented Kelvin scale of temperature;

IBE5355456 Portrait of British physicist Joseph John Thomson (1856-1940) who did work on electrons and nuclear physics. Photography

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HIM5250958 Portrait du physicien britannique Joseph John Thomson (1856-1940) qui fit des travaux sur les electrons et sur la physique nucleaire. 1896-1916 JJ Thomson, British physicist, 1896-1916. Joseph John Thomson (1856-1940) discovered the electron and was a pioneer of nuclear physics.

BL3265854 Men and Women of the Day. A picture gallery of conLondon, 1888-94Language: EnglishSource/Shelfmark: 10804.i.3, 14William Thomson, 1st Baron Kelvin (of Largs), Scottish physicist and mathematician. (1824-1907). Portrait.Image taken from Men and Women of the Day. A picture gallery of contemporary portraiture. Jan. 1888-July 1894.Originally published/produced in London, 1888-94.

HIM5254093 Joseph John Thomson (1856-1940), physicien nucleaire britannique ayant decouvert l'electron avec les etudiants du laboratoire de Cavendish a Cambridge. Photographie de 1898. Oxford Science Archive.

UIS5080304 George Paget Thomson as a young man, c 1909. One of a set of five family photographs in a frame. Sir George Paget Thomson (1892-1975) was an English physicist who discovered the diffraction of electrons by atoms in crystals and received the Nobel Prize for physics with C J Davisson in 1927. The process of electron diffraction which these experiments established has been widely used in the investigation of the surfaces of solids. In 1930 Thomson was appointed Professor at Imperial College, where he became interested in nuclear physics. In 1940 he was made Chairman of the British Committee set up to investigate the possibilities of atomic bombs. He later became Scientific Adviser to the Air Ministry. Sir George was the son of Joseph John Thomson (1856-1940) who was responsible for the discovery of the electron. He is shown here as a young man. ©SSPL/Science Museum

UIS5080297 George Paget Thomson as a young man, c 1909. One of a set of five family photographs in a frame. Sir George Paget Thomson (1892-1975) was an English physicist who discovered the diffraction of electrons by atoms in crystals and received the Nobel Prize for physics with C J Davisson in 1927. The process of electron diffraction which these experiments established has been widely used in the investigation of the surfaces of solids. In 1930 Thomson was appointed Professor at Imperial College, where he became interested in nuclear physics. In 1940 he was made Chairman of the British Committee set up to investigate the possibilities of atomic bombs. He later became Scientific Adviser to the Air Ministry. Sir George was the son of Joseph John Thomson (1856-1940) who was responsible for the discovery of the electron. He is shown here as a young man. ©SSPL/Science Museum

LLE817347 William Thomson, 1st Baron Kelvin (1824-1907), British physicist and engineer.

LSE4105411 Portrait of Sir William Thomson, Lord Kelvin (1824-1907) - in “” The wonders of science”” by Louis Figuier, 19th century

HIM5253118 Portrait du mathematicien et physicien ecossais William Thomson, Lord Kelvin (1824-1907). Gravure vers 1900.

LLE816455 William Thomson, 1st Baron Kelvin (1824-1907). Belfast-born British mathematical physicist and engineer.

HIM5253924 Portrait de William Thomson dit Lord Kelvin (1824-1907) physicien et mathematicien ecossais. Caricature par Spy in ""Vanity Fair"", 29 avril 1897. Oxford Science Archive

LLE817344 William Thomson, 1st Baron Kelvin (1824-1907), British physicist and engineer.

ACD157380 First row : Irving Langmuir (1881-1957), Max Planck (1858-1947), Marie Curie (1867-1934), Hendrick Antoon Lorentz (1853-1928), Albert Einstein (1879-1955), Paul Langevin (1872-1946), Charles Eugene Guye (1866-1942), Charles Thomson Rees Wilson (1869-1959), Owen Williams Richardson(1879-1959). second row : Petrus Debye (1884-1966), Martin Hans Knudsen (1871-1949), William Lawrence Bragg (1890-1971), Hendrik Anthony Kramers (1894-1952), Paul Adrien Dirac (1902-1984), Arthur Holly Compton (1892-1962), Louis Victor de Broglie (1892-1987), Max Born (1882-1970), Niels Bohr (1885-1962). third row : August Piccard (1884-1962), E. Henriot, Paul Ehrenfest, Ed. Herzen, Th. De Donder, Erwin Schrodinger (1887-1961), E. Verschaffelt, Wolfgang Pauli (1900-58), Werner Heisenberg (1901-76), R. H. Fowler, Leon Brillouin (1889-1969);

LLM3100156 Sir William Thomson (1824-1907), Professor of Natural Philosophy at the University of Glasgow. Illustration for William Ewart Gladstone and his Contemporaries by Thomas Archer (Blackie, c 1890).

CHT237246

STC335875 William Thomson, 1st Baron Kelvin (1824-1907), British mathematical physicist and engineer;

STC385350 William Thomson, 1st Baron Kelvin (1824-1907), mathematician, physicist and engineer;

XJF444383 Lord Kelvin, William Thomson (1824-1907), British mathematician, mathematical physicist and engineer.

KWE417943 illustration from Gladstone and his Contemporaries by Thomas Archer, depicting Lord Kelvin (1824-1907), physicist and mathematician;