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P., Gauthier-Villars, 1915, un volume in 8 relié en pleine toile éditeur (reliure de l'époque), (2), 173pp.
---- PREMIERE EDITION FRANCAISE ---- BEL EXEMPLAIRE ---- "Soddy developed with Lord Rutherford the disintegration theory of radioactivity, confirmed with Sir William Ramsay the production of helium from radium, advanced in 1910 the concept of isotope, proposed in 1911 the alpha-ray rule leading to the full displacement law of 1913, and was the 1921 Nobel laureate in chemistry, principally for his investigations into the origin and nature of isotopes. Applying his general principle that the common elements are mixtures of chemically inseparable elements "differing step-wise by whole units of atomic weight" specifically to the case of the radioelements, Soddy recognized that the expulsion of an alpha particle would result in a lighter element chemically inseparable from those occupying the "next but one" position in the periodic table. The second lock to the displacement law involved the beta transitions". (DSB XII pp. 504/506)**8159/M2
P., Longmans, Green and Co., 1911/1914; 2 PARTIES en 2 VOLUMES in 8 reliés en pleine toile éditeur imprimée, (petites déchirures sans gravité et sans manque de papier dans les marges supérieures de quelques feuillets au volume 1), PART I : (4), 92pp., (1), errata p. 65, PART II (The radio-elements and the periodic law) : (3), 46pp.
---- EDITION ORIGINALE ---- BEL EXEMPLAIRE ---- 2 VOLUMES (complete set) ---- "Soddy developed with Lord Rutherford the disintegration theory of radioactivity, confirmed with Sir William Ramsay the production of helium from radium, advanced in 1910 the concept of isotope, proposed in 1911 the alpha-ray rule leading to the full displacement law of 1913, and was the 1921 Nobel laureate in chemistry, principally for his investigations into the origin and nature of isotopes. Applying his general principle that the common elements are mixtures of chemically inseparable elements differing step-wise by whole units of atomic weight specifically to the case of the radioelements, Soddy recognized that the expulsion of an alpha particle would result in a lighter element chemically inseparable from those occupying the next but one position in the periodic table. The second lock to the displacement law involved the beta transitions". (DSB XII pp. 504/506)**4817/ARM2D
P., Gauthier-Villars, 1939, un volume in 8, broché, couverture imprimée (petit manque de papier sans gravité à la partie inférieure de la page de couverture), 13pp., 228pp.
---- EDITION ORIGINALE**8282/M4
P., Hermann, 1936, un volume in 8, broché, 65pp.
---- EDITION ORIGINALE**6047/CAV.F4
P., Blanchard, 1823, 2 volumes in 8 brochés, couvertures imprimées, T.1 : 7pp., 384pp., T.2 : (2à, pp. 385/743, (1pp.)
---- PREMIERE EDITION FRANCAISE -- 2 VOLUMES (COMPLETE SET) ---- BEL EXEMPLAIRE ---- "THE BIBLE OF PHYSICS". (DSB) ---- "In 1913, Niels Bohr's published his first paper on the "Constitution of Atoms and molecules". Sommerfeld studied the paper immediately and announced to Bohr's that he would like to try apply his model to the Zeeman effect... It was only in spring 1916 that Sommerfeld found the definitive formulation of his quantization rules yielding a quantum theory of the normal Zeeman effect and, in the hands of his student Paul S. Epstein, of the Stark effect... This extraordinary extension, enrichment and precision of Bohr's theory by Sommerfeld contributed decisively to its rapid and widespread acceptance. Only five years after Bohr's first publication Sommerfeld, recongnizing that the mathematical model had reached a conclusion of sorts, undertook a comprehensive exposition of the field. His Atombau und Spektrallinien (en français La constitution de l'atome et les raies spectrales), of which the first edition appeared late in 1919, immediately became the bible of atomic physics and its successive editions, appearing almost annually in the early 1920's, chronicled the progress of this field up to the eve of the introduction of quantum mechanics...". (DSB XII)**4626/4826/M3-4828/ARB7-7306/CAV.F5
P., Blanchard, 1923, 2 TOMES reliés en un volume in 8 pleine toile marron (reliure de l'époque), T.1 : 7pp., 384pp., T.2 : (2), pp., 385/743, (1pp.)
---- PREMIERE EDITION FRANCAISE -- 2 TOMES reliés en un volume (COMPLETE SET) ---- "THE BIBLE OF ATOMIC PHYSICS". (DSB) ---- "In 1913, Niels Bohr's published his first paper on the "Constitution of Atoms and molecules". Sommerfeld studied the paper immediately and announced to Bohr's that he would like to try apply his model to the Zeeman effect... It was only in spring 1916 that Sommerfeld found the definitive formulation of his quantization rules yielding a quantum theory of the normal Zeeman effect and, in the hands of his student Paul S. Epstein, of the Stark effect... This extraordinary extension, enrichment and precision of Bohr's theory by Sommerfeld contributed decisively to its rapid and widespread acceptance. Only five years after Bohr's first publication Sommerfeld, recongnizing that the mathematical model had reached a conclusion of sorts, undertook a comprehensive exposition of the field. His Atombau und Spektrallinien (en français La constitution de l'atome et les raies spectrales), of which the first edition appeared late in 1919, immediately became the bible of atomic physics and its successive editions, appearing almost annually in the early 1920's, chronicled the progress of this field up to the eve of the introduction of quantum mechanics...". (DSB XII)**4828/ARB7-4626/1826/M3-7306/CAV.F5
P., Hachette, 1874, un fort volume in 8 relié en demi-chagrin vert, dos richement orné de caissons dorés (reliure de l'épqoue), (quelques rousseurs), (2), 4pp., 1474pp., (1), 1900 figures dans le texte
---- BEL EXEMPLAIRE -- Deuxième édition**4830/O7DE
P., Gauthier-Villars, 1927, un volume in 8, broché, 24pp.
---- EDITION ORIGINALE ---- Cajori p. 159**4854/o5ar
Bruxelles, Polleunis, 1906, un volume in 8, broché, 12pp.
---- EDITION ORIGINALE ---- Cajori p. 159**4855/o5ar
P., Gauthier-Villars, 1892, un volume in 8, broché, 24pp.
---- EDITION ORIGINALE -- TIRE-A-PART (OFFPRINT) des annales de la société scientifique de Bruxelles ---- Cajori p. 159**4852/o5ar
P., Gauthier-Villars, 1911, un volume in 8, broché, 76pp.
---- EDITION ORIGINALE ---- Cajori p. 159**4857/o7ar
Bruxelles, Polleunis, 1902, un volume in 8, broché, 15pp.
---- EDITION ORIGINALE**4856/o5ar
Berlin, Springer, 1913, un volume in 8 broché, couverture imprimée, (texte souligné par endroit), 43pp., 11 figures dans le texte, 1 planche hors texte
---- EDITION ORIGINALE ------ FIRST EDITION IN BOOK FORM ------ "On doit à Stark l'observation de la séparation des raies spectrales sous l'influence du champ électrique (effet Stark, 1913). Cette dernière découverte, importante pour le développement de la théorie des quanta, lui valut le prix Nobel de physique pour 1919" ------ "The electric analogue to the Zeeman effect was observed by Johannes Stark at Aachen in 1913 by the use of canal rays. Hydrogen spectral lines in an electric field were resolved into a group of lines lying close to each other. This is called the Stark effect . Stark received the Nobel prize in 1919". (Cajori p. 344)**4882/ARM1D
P., Alcan, 1879, un volume in 8 relié en cartonnage éditeur, (2), 2pp., 216pp., figures dans le texte
---- Troisième édition ---- DSB XIII pp. 51/53 ---- "On doit à B. Stewart, physicien écossais (1828/1887), la découverte de la loi de proportionnalité entre les puissances d'absorption et de rayonnement ainsi que des recherches sur la physique solaire". Qu'est-ce-que l'énergie (définition du travail, rapport entre vitesse et énergie, la résistance et le mouvement de l'atmosphère ne doivent pas être pris en considération, l'énergie est indépendante de la direction du mouvement, forces autres que la pesanteur) - Energie mécanique, sa transformation en chaleur - Forces et énergies de la nature, loi de conservation - Transformation de l'énergie - Etude historique ; dissipation de l'énergie - Place de la vie dans l'univers - Etude de M. P. De Saint-Robert : Qu'est-ce que la force**4891/7097/M5DE-4890/CAV.F5-7098/CAV.F5(3)
Mannheim, Hochschultaschenb¥cher verlag, 1966, un volume in 8, broché, 135pp.**4963/M6DE
P., Croville, s.d., un volume in 8, broché, 235pp.
---- EDITION ORIGINALE ---- Note sur les gaz parfaits - Coefficients calorimétriques - Thermomètre, calorimètre, lois de refroidissement de Newton - Compression des fluides - Théorie cinétique des gaz - Fusion - Loi de Guldbert et Waage - Etude des corps solides - Moteurs thermiques, à vapeur et à explosition - etc**4975/L5AR
P., Rousselon & Naudin, 1824, un volume in 8 relié en demi-basane verte, dos orné de filets dorés et de fers à froid (reliure de l'époque), (quelques rousseurs), (2), 12pp., 464pp., 8 PLANCHES DEPLIANTES
---- EDITION ORIGINALE ---- BEL EXEMPLAIRE**8788/M6DE
P., A. Michel, 1937, un volume in 8, broché, 236pp., 24 planches, figures dans le texte
---- La matière et les transmutations atomiques - L'électron positif et l'annihilation de la matière - Transmutations d'atomes et réactions nucléaires diverses - Radioactivité artificielle - Neutrons et neutrinos - Le noyau atomique et sa structure - La mécanique ondulatoire dans le domaine atomique - etc**4990/M6DE
P., Hermann, 1914, un volume in 8 relié en demi-chagrin noir (reliure de l'époque), (2), 3pp., 376pp., (1), nombreuses figures dans le texte
---- Seconde édition, REVUE et AUGMENTEE ---- "Thompson made many technical contributions notably in X rays, luminiscence, magnetisme, electrical machinery and illumination, and optics". (DSB XIII p. 356/357)**8347/M3
P., Hermann, 1935, un volume in 8, broché, couverture imprimée, 29pp., 1 planche
---- PREMIERE EDITION FRANCAISE ---- DSB XIII pp. 362/372**5006/o7ar-Cav.E2
Braunschweig, Friedrich Vieweg, 1908, un volume in 8 relié en cartonnage éditeur, 7pp., 166pp.
---- FIRST GERMAN EDITION ---- "Thomson received a great many honors, including the Nobel Prize (1906), a knighthood (1908), the order of merit (1912) and the Presidency of the Royal Society, which he assumed in 1915...". (DSB XIII pp. 362/372)**5015/L7AR
Braunschweig, Vieweg, 1904, un volume in 8 relié en cartonnage éditeur, 6pp., (1), 100pp.
---- FIRST GERMAN EDITION ---- "Thomson received a great many honors, including the Nobel Prize (1906), a knighthood (1908), the order of merit (1912) and the Presidency of the Royal Society, which he assumed in 1915... . (DSB XIII pp. 362/372)**5010/L7AR-5011/L5AR
Braunschweig, Vieweg, 1909, un volume in 8 relié en cartonnage éditeur, 6pp., (1), 116pp.
---- Deuxième édition allemande ---- "Thomson received a great many honors, includint the Nobel Prize (1906), a knighthood (1908), the order of merit (1912) and the Presidency of the Royal Society, which he assumed in 1915...". (DSB XIII pp. 362/372)**5011/L5AR-5010/L7AR
P., Gauthier-Villars, 1919, un volume in 8, broché, 57pp.
---- PREMIERE EDITION FRANCAISE ---- DSB XIII pp. 374/388**5014/M3
P., Hermann, 1923, un volume in 8, broché, couverture imprimée, 10pp., 223pp., 9 PLANCHES
---- PREMIERE EDITION FRANCAISE ---- BON EXEMPLAIRE ---- "J.J. Thomson gives an account of the experiments on positive rays at the Cavendish laboratory during the years 1907 to 1913. The isotopes that Soddy had recognized could be distinguished from one another by their radiation and by the past and future history of the atoms which constituted them. It was J.J. Thomson who, in 1913, took the first steps to accomplish that task. He discovered how to sort positive ions in an electric discharge tube, and in that year he found that when neon was present, he obtained two new varieties with atomic weights of 20 and 22. They might possibly represent isotopes and F.W. Aston of the same laboratory and closely associated research assistant of Thomson, continued research on the subject for many years. In 1913 concepts of isotopes had only begun to be fruitful". (DSB XIII pp. 362/36/72) ---- "In 1913, J.J. Thomson produced a massive work on Positive rays of electricity from which important contributions to chemical analysis by others besides Aston followed". (Printing and the Mind of Man N° 386"**8842/M3