Fribourg, Fragnière 1908, 240x160mm, 68Seiten, broschiert.
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P., Dunod (Collection "Science poche"), 1971, petit in 12 broché, 156 pages ; figures ; traces d'adhésif sur les gardes.
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Bruxelles, Palais des académies 1937 99pp.avec tables et 3 planches, 29cm., dans la série "Académie royale de Belgique, classe des sciences, mémoires, collection in-4o, deuxième série" tome XI fascicule 4, br.orig., quelques cachets, bon état, B65911
København, Ejnar Munksgaard, 1954. 8vo. In the original printed wrappers. Offprint from ""Det Kongelige Danske Videnskabernes Selskab"", Matematisk-fysiske meddelelser, bind 28, no. 8. Very fine and clean. 19 pp.
Offprint of Kofoed-Hansen's paper on angular correlations in allowed beta transistions.
København, Ejnar Kunksgaard, 1955. 8vo. In the original printed wrappers. Offprint from ""Det Kongelige Danske Videnskabernes Selskab"", Matematisk-fysiske meddelelser, bind 29, no. 15. Very fine and clean. 60 pp.
Offprint of Kofoed-hansen and Nielsen's paper on how to construc a neutrino recoil spectrometer.
Leipzig, Teubner, 1884, un volume in 8, broché, (dos cassé), 15pp., 360pp.
---- Cinquième édition AUGMENTEE ---- "Kohlrausch's contributions to physical science were characterized by a high degree of precision. They included research on the electrical conductivity of electrolytes, on elasticity, on magnetic measurements and on the determination of the electrochemical equivalent of silver with his brother Wilhelm. Kohlrausch was also one of the first teachers to prepare an instructive work on physical laboratory methods, Leitfaden der praktischen physik. It was widely used". (DSB VII p. 449)**2931/L7AR
MASSON ET CIE. 1964. In-8. Broché. Bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 466 pages. Quelques schémas et tableaux en noir et blanc, dans le texte.. . . . Classification Dewey : 530-Physique
Préface de M. Haïssinsky. Classification Dewey : 530-Physique
Gauthier-Villars et cie. 1926. In-8. Broché. A relier, Livré sans Couverture, Dos abîmé, Papier jauni. 321 pages. Quelques rousseurs. 100 figures en noir et blanc, in texte. Plats et dos manquants. Partiellement désolidarisé.. . . . Classification Dewey : 530-Physique
Classification Dewey : 530-Physique
Zittau, Vereinigte Druckereien (Paul Gutte), 1919, in-4to, 274 S., Original-Broschüre. (Seltene Original-Ausgabe).
Phone number : 41 (0)26 3223808
"KORTEWEG, D.J. & G. DE VRIES - THE KORTEWEG-DE VRIES EQUATION FOR THE SOLITARY WAVE
Reference : 47026
(1895)
London,Taylor and Francis, 1895. 8vo. Contemp. hcalf. Gilt lettering to spine. A stamp at foot of titlepage. In: No wrappers. In: ""The London, Edinburgh and Dublin Philosophical Magazine and Journal of Science"", Vol. XXXIX, Fifth Series. VI,(1),552 pp. a. 7 plates. The paper: pp. 422-443. Internally clean and fine.
First appearance of the paper in which the authors set forth the equation which bears their name.The equation is named for Diederik Korteweg and Gustav de Vries who studied it, though the equation first appears in Boussinesqs work, 1877.""In mathematics and physics, a soliton is a self-reinforcing solitary wave (a wave packet or pulse) that maintains its shape while it travels at constant speed. Solitons are caused by a cancellation of nonlinear and dispersive effects in the medium.... Solitons arise as the solutions of a widespread class of weakly nonlinear dispersive partial differential equations describing physical systems. The soliton phenomenon was first described by John Scott Russell (1808-1882) who observed a solitary wave in the Union Canal in Scotland. He reproduced the phenomenon in a wave tank and named it the ""Wave of Translation"".Scott Russell's experimental work seemed at odds with Isaac Newton's and Daniel Bernoulli's theories of hydrodynamics. George Biddell Airy and George Gabriel Stokes had difficulty accepting Scott Russell's experimental observations because they could not be explained by the existing water wave theories. Their contemporaries spent some time attempting to extend the theory but it would take until the 1870s before Joseph Boussinesq and Lord Rayleigh published a theoretical treatment and solutions. In 1895 Diederik Korteweg and Gustav de Vries provided what is now known as the Korteweg-de Vries equation, including solitary wave and periodic cnoidal wave solutions."" (Wikipedia).
P., Albert Blanchard, 1922, in 8° relié demi-toile noire moderne à la bradel, dos lisse avec titre doré, 70 pages ; figures ; coins légèrement émoussés.
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Wien, Kaiserlich-Königliche Hof- und Staatsdruckerei, 1898-99, gr. in-4°, Mit zus. 9 dplblgr. Taf. u. 4 mehrf. gefalt Ktn. Läd. OU. (Deckel tls. lose u. randrissig).
(= Berichte der Commission für oceanographische Forschungen). Einzige Ausgabe. - Enthält die Reisebeschreibung der Österreichischen Tiefseeforschungs-Expedition ins Rote Meer. - Nachdem im Jahr 1894 eine Serie von fünf Tiefseeforschungen im östlichen Mittelmeer mit reichen Ergebnissen zum Abschluß kam, wurde der Entschluß gefasst, eine weitere ozeanische Tiefseeuntersuchung im Roten Meer zu unternehmen. Image disp.
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P., Editeurs Français Réunis, 1955, in 12 broché, 145 pages ; figures dans le texte.
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Dunod. 1970. In-12. Broché. Bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 207 pages.. . . . Classification Dewey : 530-Physique
Etiquette sur coiffe en pied. Tampon bibliothèque. Collection Monographies Dunod. Classification Dewey : 530-Physique
1964 Paris, PUF (Collection "La Science Vivante"), 1964, in 12 broché, 180 pages ; traces de ruban adhésif sur la couverture et les gardes.
Exemplaire enrichi d'un envoi autographe signé sur le faux-titre. ...................... Photos sur demande ..........................
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Adam Hilger. 1969. In-8. Relié. Bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 320 pages.. . . . Classification Dewey : 530-Physique
Etiquette sur coiffe en pied. Tampon bibliothèque. Texte écrit en anglais. 2 photos disponibles. Sommaire: Foundations of a theory of diatomic molecules; Intensity distribution in rotational bands; Perturbations in the spectra ... Classification Dewey : 530-Physique
Librairie Philosophique J. Vrin , L'Histoire des Sciences, Textes et Etudes Malicorne sur Sarthe, 72, Pays de la Loire, France 1973 Book condition, Etat : Bon broché, sous couverture imprimée éditeur blanche, illustrée d'une figure bleue dans le coin inférieur du plat supérieur In-8 1 vol. - 217 pages
24 figures dans le texte 1ere traduction en français, 1973 "Contents, Chapitres : Introduction - Kepler, Locher, Galilée, 1614-1632 - Galilée, Mersenne, Fermat, 1635-1638 - Boulliaud, 1639 - Riccioli, 1651 - Le rapport de Gregory, 1668 - Borelli, 1667 - S. degli Angeli contre Borelli et Riccioli, 1667-1668 - M. Manfredi contre S. degli Angeli, 1668 - S. degli Angeli contre M. Manfredi, 1668 - Borelli contre S. degli Angeli, 1668 - Zerilli contre S. degli Angeli, 1668 - S. degli Angeli contre Zerilli - Riccioli contre S. degli Angeli - annexes, deux textes originaux : Rapport de J. Gregory, texte original - Borelli, texte original du ""De Vi Percussionis"" - Index - Alexandre Koyré est un philosophe et historien des sciences français dorigine russe, né Aleksandr Vladimirovitch Koïranskiï, le 29 août 1892 à Taganrog (Empire russe), dans une famille de commerçants aisés d'origine juive, et mort le 28 avril 1964 à Paris (France). Ses travaux dépistémologie et dhistoire des sciences portent sur Galilée ainsi que sur la cosmologie aux xvie et xviie siècles. Il voit dans la naissance de la physique moderne au xviie siècle une « révolution scientifique ». Cette expression est caractéristique de sa conception discontinue de lhistoire des sciences, quil partage avec Gaston Bachelard. Passer du « monde clos » de la cosmologie aristotélicienne à la théorie dun « univers infini » d'Isaac Newton suppose ainsi une transformation radicale des bases métaphysiques sur lesquelles repose la physique. Il est un des éditeurs des deux tomes des Philosophiae Naturalis Principia Mathematica d'Isaac Newton parus en 1971 et 1972 aux Harvard University Press. - Koyré a commencé par s'intéresser à l'histoire des religions avant de devenir un philosophe de la science. De là découle ce qui constitue une part importante de son originalité : sa capacité à lier les études sur la science moderne à l'histoire des religions et à la métaphysique. Koyré a beaucoup étudié Galilée, Platon et Isaac Newton. Son livre le plus célèbre demeure Du monde Clos à l'Univers infini, tiré des Noguchi Lectures données en 1953. Dans ce livre, il décrit l'apparition de la science moderne et le changement qui s'est produit dans la perception du monde durant la période qui va de Nicolas de Cues et Nicolas Copernic à Isaac Newton. À un tout fini, où la structure spatiale reflète une hiérarchie de valeur, succède un univers infini sans hiérarchie naturelle uni seulement par lidentité des lois qui le régissent. « Pour ma part, écrit-il, j'ai essayé, dans mes Études Galiléennes, de définir les schémas structurels de l'ancienne et de la nouvelle conception du monde et de décrire les changements produits par la révolution du xviie siècle. Ceux-ci me semblent pouvoir être ramenés à deux éléments principaux, d'ailleurs étroitement liés entre eux, à savoir la destruction du Cosmos, et la géométrisation de l'espace, - Pour Koyré, ce n'est pas la nature expérimentale ou empirique des travaux de Galilée et d'Isaac Newton qui firent la « révolution scientifique » du xviie siècle, mais un changement de perspective, une nouvelle vision théorique du monde. Koyré critiquait ce qu'il appelait la vision positiviste des sciences pour laquelle des relations entre des phénomènes permettraient d'établir des lois qui les décriraient ou mieux qui permettraient de les prédire. Pour Koyré, la science était d'abord théorie, aspiration à connaitre la vérité du monde et à faire apparaitre les structures essentielles d'où surgissent les phénomènes et les lois qui les relient. (source : Wikipedia)" couverture à peine jaunie, avec d'infimes traces de pliures, intérieur sinon propre, tranches à peine jaunies, cela reste un bon exemplaire
Wien, Seidel & Sohn, 1906. Contemp. clothbacked boards. Original printed frontwrapper pasted on frontboard. Stamp on titlepage. XI,95 pp., 2 plates.
(København, 1754). 4to. In recently blue paper covered card board binding with white paper-label title-label to front board. Previous owner's name to pasted down front end-paper. Annotations to front free end-paper. Without wrappers as issued in ""Videnskabernes Selskabs Skrifter"", nice and clean copy. Pp. 189-216.
First edition of Kraft’s paper on contradictions in traditional theories of matter and composite substances. Kraft argues that the traditional physics and metaphysics is filled with contradictions, particularly regarding the divisibility of matter, the nature of space and time and the structure of reality. He suggests that Leibniz’s theory of monads or a similar concept of fundamental indivisible units provides a more consistent framework for understanding the physical world. The present paper is a fine example of 18th-century Enlightenment debates on the nature of matter, space and time,
(København, 1747). 4to. In a later half calf binding with gilt lettering to spine. Previous owner's name to pasted down front end-paper. Without wrappers as issued in ""Videnskabernes Selskabs Skrifter, III. Del, 1747"". A nice and clean copy. Pp. 213-296. + 3 engraved plates.
First edition of one of Kraft's earliest and most important works, being a preliminary study to his seminal ""Forelæsninger over Mekanik"" (1763). It also constitute one of the earliest introductions to Newton in Danish.In 1747, he became a member of the Academy of Sciences, same year as the present thesis was published. Here, he takes a stand in favor of Newton against Descartes, in contrast to his admired teacher C. v. Wolff. Kraft concluded that while the Cartesian system was unreasonable and even inconsistent, Newton's physics perfectly aligned with the most reliable experiences, including the best astronomical observations. Furthermore, the Newtonian system was superior from a methodological standpoint, as it contained fewer hypotheses and was more simple and well-ordered than the Cartesian alternative.
Sorøe, Jonas Lindgren, 1763 - 1764. 4to. Uniformly bound in two contemporary full sprinkled calf bindings with five raised bands. ""Söe Cadet Accadem:"" embossed to front boards. Wear to extremities, head of spines chipped and parts of the gilting worn off. A few annotations to front free end-paper in both volumes. Small stamp to upper outer corner on title-page in both volumes. Internally very nice and clean. (28), 656, (4) pp. + 14 folded engraved plate"" (16),1000 pp. + 47 folded engraved plates.
First edition of the most significant Danish physics work of the 18th century, being the first systematic exposition of Newtonian physics and mathematics in Denmark. Here he provides a systematic presentation of Newtonian physics and calculus. ""Kraft’s best-known work is a textbook on theoretical and technical mechanics (1763-1764). The book, written in an easy and fluent style, contains a series of lectures baied on Newtonian principle. Each lecture is provided with a supplement giving a more advanced mathematical exposition of the subject matter. In Denmark this work gave theoretical physics a firm basis as an academic subject, while its large section on machines stimulated the expansion of industry. The book was favorably received abroad and was trans. lated into Latin and German."" (DSB) Jens Kraft (1720–1765) was a Dano-Norwegian mathematician and philosopher. He was born in Frederikshald in Norway.While still a student in Copenhagen, he was influenced by Christian Wolff, having attended one of Wolff’s lectures during a visit to Halle. Later he was appointed professor of philosophy at the Sorø Academy, where he responded to Baumgarten’s Metaphysica with his own work, Metaphysik. Both philosophers structured their works into four divisions: Cosmologie, Ontologie, Psykologie, and Naturlig Theologie. Kraft distinguished between time and eternity asserting that “the finite can never attain eternity, but it can attain infinite time (Aevum), a time with a beginning but without an end.” In contrast, the infinite possesses true permanence. Biblioteca Danica II, 53.
(Copenhagen, 1754). 4to. In recently blue paper covered card board binding with white paper-label title-label to front board. Previous owner's name to pasted down front end-paper. Without wrappers as issued in ""Videnskabernes Selskabs Skrifter"", a nice and clean copy. Pp. 249-254.
First edition of Kraf’s paper in which he explores the relationship between principles of physics and metaphysics attempting to bridge the gap between Newtonian physics and Leibnizian metaphysics.
Kbhvn., Andr. Fred. Høst, 1919. 4to. Orig. printed wrappers. pp. 287-384,(2) as offprint from Memoires de L'Academie Royale des Sciences et des Letteres de Danemark, and 4 plates. Small rubberstamp on title and frontwr. Light wear to lower backstrip, effecting lower left corner of frontwr.
First edition of Kramer's doctorial thesis. Karmer was Niels Bohr's first assistent when Bohr's Institute opened in 1920, later he returned to Utrecht and became sucessor to Ehrenfest. - The frequency of spectral lines did not coincide with a kinetic frequency of electrons, but was only partly explained by Bohr's correspondence principle. Kramer developed here in this work the mathematical formalism required to unite these ideas, leading to an interpretation of the intensities of Stark Components.
København, Andr. Fred. Høst, 1919. 4to. Uncut, unopened in the original printed wrappers. Offprint from ""Memoires de L'Academie Royale des Sciences et des Letteres de Danemark"". Light miscolouring to extremities. Otherwise a very fine and clean copy. Pp. 287-384, XVI + 4 plates.
Offprint issue of Kramer's doctorial thesis. Kramer was Niels Bohr's first assistent when Bohr's Institute opened in 1920, later he returned to Utrecht and became sucessor to Ehrenfest. - The frequency of spectral lines did not coincide with a kinetic frequency of electrons, but was only partly explained by Bohr's correspondence principle. Kramers developed here in this work the mathematical formalism required to unite these ideas, leading to an interpretation of the intensities of Stark Components.""In his 1919 dissertation, Kramers calculated in detail the intensities and polarizations of the hydrogen spectral lines, including Zeeman and Stark effects. His results were in good, if not perfect, agreement with experimental data"". (Kragh, Quantum Generations, P. 157).