Diffraction Cathode Rays Thin Film by Thomson Reid (3 results)
Published by Macmillan, London, 1927
- First Edition
Seller: Atticus Rare Books, West Branch, IA, U.S.A.Atticus Rare Books
Contact seller5-star seller1st Edition. FIRST EDITION IN ORIGINAL WRAPS OF THOMSON & REID'S NOBEL PRIZE WINNING PAPERS "for the experimental discovery of the diffraction of electrons by crystals" (Nobel Prize Portal). The experiments conducted here "beautifully confirmed the [de Broglie's] wave theory" (Lindau Nobel Laureate Portal). Sir George Paget Thom…son was born in 1892, the son of the physicist Sir J. J. Thomson. Paget Thomson studied at Cambridge's Trinity College, later working for a year studying atomic structure with his father; this was followed by work at Cavendish Laboratory until WWI. Following a post at Cambridge, Paget Thomson became Professor of Natural Philosophy at the University of Aberdeen. It is at Aberdeen that Paget Thomson began to carry out experiments revealing the phenomena of electron diffraction with thin metal foils and high-voltage electrons. In 1924, the de Broglie hypothesis argued that a wave must be associated with the motion of any material corpuscle. "Reasoning that the effect would be easier to analyze with a solid than with a gaseous target, Thomson asked one of his students, Alexander Reid, to modify an existing apparatus and investigate the scattering of a beam of electrons with energy in the keV range through this celluloid films at normal incidence" (Lindau). In the first paper offered here (June 1927), Reid and Paget Thomson describe "the rings formed when a beam of cathode rays was sent at normal incidence through a thin film of celluloid and struck a photograph plate placed some distance behind the film. These were attributed to a diffraction of the cathode rays by the film, the cathode rays behaving as waves of wave-length h/mv according to de Broglie's theory of wave mechanics, and regularities in the structure of the film, or in the size of the molecules, making it behave as a kind of diffraction grating" (Abstract). In the paper of 1927 December, Paget Thomson (working alone) confirmed and extended his experimentation "to films of gold, aluminium, and of an unknown (probably organic) substance. In particular, the relation that the size of the rings is in all cases inversely as the momentum of the cathode rays is fully confirmed, and the number and size of the rings correspond remarkably with what is to be expected from the known crystalline structure of gold and aluminium, using de Broglie's expression for the wave- length of the cathode rays" (Abstract). "Whereas his father had seen the electron as a particle (and won his Nobel Prize in the process), Paget Thomson demonstrated that it could be diffracted like a wave, a discovery proving the principle of wave-particle duality which had first been posited by de Broglie in the 1920s as what is often dubbed the de Broglie hypothesis" (Strickland, Creators of Quantum Physics, 180). CONDITION & DETAILS: Two issues in original wraps. London: Macmillan. 4to. (10.5 x 7.5 inches; 262 x 188mm). Ex-libris with stamps on front wraps; professionally rebacked at the spine (see scan). Slight wear; bright and clean throughout. Both very good condition.
The Scattering of Electrons by a Single Crystal of Nickel [Davisson & Germer, pp. 558-560] WITH Diffraction of Cathode Rays by a Thin Film [Thomson & Reid, p. 890] WITH The Continuous Spectrum of -Rays [Ellis & Wooster, pp. 563-564] WITH Physical Aspects of Quantum Mechanics [Born, pp. 354-357] WITH Supplement to Nature: The Bicentenary of Newton's Death [Bound in pp. 1-100] in Nature 119, 1927
Davisson, C. J.; Germer, L. H. WITH Thomson, George; Reid, G. WITH Ellis, C. D.; Wooster, W. A. WITH Born, M. [Max]
Published by Macmillan, London, 1927
- First Edition
Seller: Atticus Rare Books, West Branch, IA, U.S.A.Atticus Rare Books
Contact seller5-star seller1st Edition. FIRST EDITIONS OF FOUR VERY IMPORTANT PHYSICS PAPERS, TWO OF WHICH CONFIRMED DE BROGLIE'S HYPOTHESIS ON THE WAVE NATURE OF MATTER. Davisson and Thomson shared the 1937 Nobel Prize in Physics "for the experimental discovery of the diffraction of electrons by crystals" (Nobel Prize Portal). (1) DAVISSON & GERMER'S 192…7 confirmation of de Broglie's hypothesis --the first observation of the wave nature of electrons. de Broglie's wave-particle duality hypothesis and this 1927 confirmation were major steps forward in the experimental confirmation of quantum mechanics. Though Davisson's discovery was somewhat "accidental", it is considered the "definitive confirmation of de Broglie's hypothesis" (L'Annunziata, Radioactivity, 428; Brush, Making 20th Century Science, 224). (2) THOMSON & REID's purposefully set out to prove de Broglie's hypothesis, the wave nature of the electron. Together they designed an instrument to observe diffraction effects, specifically using transmission geometry with high-energy electrons (Davisson and Germer had used reflection diffraction geometry with low-energy electrons. (3) ELLIS & WOOSTER here demonstrate that beta decay does not conserve energy (they did not know of the existence of the neutrino at the time). "By measuring the average energy of disintegration of electrons in the beta decay of radium E", Ellis and Wooster "firmly established that the energy spectrum of electrons emitted in beta decay was continuous" (Hon, Going Amiss in Experimental Research, 227). (4) MAX BORN'S first description in English of his revolutionary new probabilistic interpretation of quantum mechanics. In 1926, Born published, in German, a series of papers entitled "Zur Quantenmechanik der Stoßvorgänge". The papers presented, explained, and developed Born's probability interpretation (also known as the statistical interpretation) for the first time. In this paper, Born explains that work in English for the first time with the additional goal of making "an attempt to understand the physical significance of the quantum theoretical formulae" as a whole (Born, Nature 119, 1927). ALSO INCLUDED: a hundred page "Supplement to Nature: The Bicentenary of Newton's Death" bound in. NOTE THAT WE SEPARATELY OFFER THE 1927 THOMSON & REID PAPER AND THE 1928 THOMSON PAPER ON THE SAME SUBJECT IN ORIGINAL WRAPS. WE ALSO OFFER DE BROGLIE'S SEMINAL PAPER IN BOTH ORIGINAL WRAPS AND BOUND. CONDITION & DETAILS: London: Macmillan. Complete volume. 4to. 10.5 x 8 inches (262 x 200mm). [lix], 948, [100], 4. Ex-libris bearing only minimal markings on the title page and none on the spine. Full, complete volume. Handsomely and professionally rebound in half leather. 5 raised bands at the spine, gilt-ruled. One red morocco label; one black morocco label; both gilt-lettered. Tightly and very solidly bound. Clean and bright throughout. Near fine condition.
Published by Macmillan, London, 1927
- First Edition
Seller: Atticus Rare Books, West Branch, IA, U.S.A.Atticus Rare Books
Contact seller5-star seller1st Edition. FIRST EDITION IN ORIGINAL WRAPS OF THOMSON & REID'S NOBEL PRIZE WINNING PAPERS "for the experimental discovery of the diffraction of electrons by crystals" (Nobel Prize Portal). The experiments conducted here "beautifully confirmed the [de Broglie's] wave theory" (Lindau Nobel Laureate Portal). Sir George Paget Thom…son was born in 1892, the son of the physicist Sir J. J. Thomson. Paget Thomson studied at Cambridge's Trinity College, later working for a year studying atomic structure with his father; this was followed by work at Cavendish Laboratory until WWI. Following a post at Cambridge, Paget Thomson became Professor of Natural Philosophy at the University of Aberdeen. It is at Aberdeen that Paget Thomson began to carry out experiments revealing the phenomena of electron diffraction with thin metal foils and high-voltage electrons. In 1924, the de Broglie hypothesis argued that a wave must be associated with the motion of any material corpuscle. "Reasoning that the effect would be easier to analyze with a solid than with a gaseous target, Thomson asked one of his students, Alexander Reid, to modify an existing apparatus and investigate the scattering of a beam of electrons with energy in the keV range through this celluloid films at normal incidence" (Lindau). In the first paper offered here (June 1927), Reid and Paget Thomson describe "the rings formed when a beam of cathode rays was sent at normal incidence through a thin film of celluloid and struck a photograph plate placed some distance behind the film. These were attributed to a diffraction of the cathode rays by the film, the cathode rays behaving as waves of wave-length h/mv according to de Broglie's theory of wave mechanics, and regularities in the structure of the film, or in the size of the molecules, making it behave as a kind of diffraction grating" (Abstract). In the paper of 1927 December, Paget Thomson (working alone) confirmed and extended his experimentation "to films of gold, aluminium, and of an unknown (probably organic) substance. In particular, the relation that the size of the rings is in all cases inversely as the momentum of the cathode rays is fully confirmed, and the number and size of the rings correspond remarkably with what is to be expected from the known crystalline structure of gold and aluminium, using de Broglie's expression for the wave- length of the cathode rays" (Abstract). "Whereas his father had seen the electron as a particle (and won his Nobel Prize in the process), Paget Thomson demonstrated that it could be diffracted like a wave, a discovery proving the principle of wave-particle duality which had first been posited by de Broglie in the 1920s as what is often dubbed the de Broglie hypothesis" (Strickland, Creators of Quantum Physics, 180). CONDITION & DETAILS: Two issues in original wraps. London: Macmillan. 4to. (10.5 x 7.5 inches; 262 x 188mm). Ex-libris with stamps on front wraps; professionally rebacked at the spine (see scan). Slight wear; bright and clean throughout. Both very good condition.
