Cracovie, Imprimerie de L'Université, 1907. 8vo. In the original printed wrappers. Offprint from ""Bulletin de L'Académie des Sciences de Cracovie"", Mars, 1903. ""Überricht vom Vorfasser"" written to top right corner of front wrapper. Very fine and clean copy. Pp. 143-182.
Scarce offprint of Smoluchowski's on the theory of motion of viscous liquids.
Leipzig, Johann Ambrosius Barth, 1914. 8vo. In the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint of Smoluchowski's chapter in ""Handbuch der Elektrizität und des Magnetismus"". Very fine and clean. Pp. 366-428.
Scarce offprint with the author's printed presentation statement of Smoluchowski's important contribution to the ""Handbuch der Elektrizität und des Magnetismus"" in which he developed his theory of electroosmotic flow.""From 1899 Smoluchowski worked at the University of Lvov. Appointed professor in 1900, he held the chair of mathematical physics there until 1913. His first works at Lvov concerned atmospheric physics, aerodynamics and hydrodynamics, electrophoresis, and the theory of mountain folding. Recognition for these specialized works was show by his being asked to write the chapter on endosmosis phenomena in Handbuch der Elektrizitätund des Magnetismus, edited by J. A. Barth (Leipzig, 1914)."" (DSB).
Krakowie, Nakladem Akademii Umiejetnosci, 1907. 8vo. Unopened, uncut in the original printed wrappers. Light miscolouring to wrappers. Fine and clean. 16 pp.
Scarce offprint of Smoluchowski's on the theory of motion of viscous liquids.
Wien, Alfred Hölder, 1915. 8vo. Unopened, uncut in the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint from ""Kaiserl. Akademie der Wissenschaften"", Bd. CXXIII, Abt. IIa, Dezember, 1914. A very fine and clean copy. 25 pp.
First printing of Smolukowski's important paper on molecule statistics, emulsion and their connection to Brownian Motion. Einstein and Smolukowski work simultaneously and independently in the beginning of the 1900ies Brownian Motion. Smolukowski continued his work in this field and he work is distinct from Einstein's since Einstein said nothing of the collisions between a Brownian particle and the surrounding molecules.""From about 1900 Smoluchowski worked on Brownian movement. He wished to use experimental data to verify the theory he had obtained desire complicated by the confused situation of experimental research. In the meantime Einstein, in papers of 1905 and 1906, had presented a solution to the problem. Smoluchowski then decided to publish his results in 1906, which presented his different method. Einstein started from general relations of statistical physics, an approach that was universal but did not lend itself to visualization. For example, Einstein said nothing of the collisions between a Brownian particle and the surrounding molecules. Smoluchowski started by examining the effects of successive collisions and obtained a final formula that differed little from Einstein's. Smoluchowski's further works in this field extend through an examination of the Brownian movement of a particle undergoing the influence of a quasi-elastic force to the Brownian movements of macroscopic bodies. At the Conference of Natural Scientists at Münster in 1912, Smoluchowski proposed the observation of the Brownian rotative movement of a small mirror suspended on a thin quartz fiber and the observation free end of a similar fiber. The first experiment was performed by W. Gerlach and E. Lehrer in 1927, and later by Eugen Kappler"" the second, by A Houdijk and P. Zeeman, and by E. Einthoven. In 1925, Both experiments confirmed Smoluchowski's calculations.""
Cracovie, Imprimerie de L'Université, 1910 + 1911. 8vo. In the original printed wrappers. Two offprints from ""Bulletin de L'Académie des Sciences de Cracovie"", Mai, 1910 & Octobre, 1911. Both very fine and clean. Pp. (2), 130-53"" Pp. (1), 549-57.
Scarce offprint of Smoluchowski's important paper in which he documented that a layer of smooth spherical particles in vacuum may be used as an effective thermal insulator.""This was discovered by M. Smoluchowski some forty years ago. He investigated both theoretically and experimentally the thermal conductivity of powders, and concluded that filling the space between the walls of a Dewar vessel with a suitable powder would provide improved insulation by reducing the convective currents as well as the radiation and, moreover, would improve the vacuum by absorption. His application for a patent resulted in a long argument with the German Patent Office, whose examiners were reluctant to admit that any material agent could provide a better insulation than 'absolute' vacuum. At that time a large metallic Dewar vessel with its interstice filled with powdered active carbon was built at the Physical Institute of the University in Lwów, and showed the expected high insulating properties."" (Klemensiewicz, Thermal Conductivity of Powders)
Cracovie, Imprimerie de l'Universite, 1904. 8vo. In the original stapled printed wrappers. Offprint from ""Bulletin de L'Académie des Sciences de Cracovie"", Octobre, 1904. A very fine and clean copy. Pp. (2), 371-384.
Scarce offprint of Smoluchowski's paper on the flow of liquids.
Cracovie, Imprimerie de L'Université, 1903. 8vo. In the original printed wrappers. Offprint from ""Bulletin de L'Académie des Sciences de Cracovie"", Mars, 1903. Very fine and clean copy. Pp. 143-182.
Scarce offprint of Smoluchowski early work on aerodynamics and the related thermal effects.
Dresden & Leipzig, Theodor Steinkopff, 1916. Royal8vo. In the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint from ""Kolloid-Zeitschrift"", Heft 5, Band XVIII. With a few nicks to front wrapper. A hole (1 cm2) going all the way through the issue, however, not affecting text. Pp. (2), 191-95.
First edition, in the scarce author's presentation offprint issue, of Smoluchowski's theoretical remarks on the viscosity of the colloids.
Leipzig, Wilhelm Engelmann, 1917. 8vo. In the original printed wrappers. Offprint from: ""Zeitschrift für physicalische Chemie"", XCII band, 2. heft. Very fine and clean. Pp. 129-168.
Scarce offprint of Smoluchowski's important paper on the mathematics behind his seminal coagulation equation. ""The underlying model may be described as follows: Consider n particles in three-dimensional Euclidean space, each particle being surrounded by a sphere of influence of diameter R. The particles move independently of each other, according to a Brownian Motion, as long as their distance is greater than R. When two particles meet at a distance R they stick together and form a ""double particle"", which itself is again in Brownian motion - and so on. Smoluchowski found on a heuristic basis an explicit formula for the average concentration of single, double, triple etc. particles at a time t."" (Lang, Smoluchowski's Theory of Coagulation in Colloids Holds Rigorously in the Boltzmann-Grad-Limit)
Leipzig, Johann Ambrosius Barth, 1915. 8vo. In the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint from ""Annalen der Physik"", Vierte Folge, Band 48, 1915. A very fine and clean copy, near mint. Pp. 1098-1102.
First edition, in the scarce author's presentation offprint issue, of Smoluchowski's paper on The Equation of State.
Leipzig, Barth, 1915. 8vo. In the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint from ""Annalen der Physik"", Vierte Folge, Band 48, 1915. A very fine copy, near mint. Pp. 1103-1112.
Scarce presentation offprint with the printed presentation of Smolukowski's important drift-diffusion equation or the Smoluchowski equation. Here he documented that In some cases, the average velocity field exists because of a force, for example, the equation might describe the flow of ions dissolved in a liquid, with an electric field pulling the ions in some direction. This is referred to as the drift-diffusion equation (not to be confused with the Einstein-Smoluchowski relation)
Cracovie, Imprimerie de L'Université, 1911. 8vo. In the original printed wrappers. Offprint from ""Bulletin de L'Académie des Sciences de Cracovie"", Janvier 1911. Very fine and clean. Pp. (2), 28-39.
Scarce offprint of Smoluchowski's paper on the interaction of spheres that moves in a viscous liquid.
Wien, Alfred Hölder, 1915. 8vo. Unopened, uncut in the original printed wrappers. Author's presentation offprint with the printed presentation statement on top of frontwrapper ""Überreicht vom Verfasser"" [i.e. ""Given by the author""]. Offprint from ""Kaiserl. Akademie der Wissenschaften"", Abteilung IIa, 124. Band, 3. und 4. Heft. A very fine and clean copy. 14 pp.
First printing of Smolukowski's important paper the Average deviation in Brownian motion in relation to Brillouin's experiments on diffusion.Einstein and Smolukowski work simultaneously and independently in the beginning of the 1900ies Brownian Motion. Smolukowski continued his work in this field and he work is distinct from Einstein's since Einstein relate it to diffusion. ""From about 1900 Smoluchowski worked on Brownian movement. He wished to use experimental data to verify the theory he had obtained desire complicated by the confused situation of experimental research. In the meantime Einstein, in papers of 1905 and 1906, had presented a solution to the problem. Smoluchowski then decided to publish his results in 1906, which presented his different method. Einstein started from general relations of statistical physics, an approach that was universal but did not lend itself to visualization. For example, Einstein said nothing of the collisions between a Brownian particle and the surrounding molecules. Smoluchowski started by examining the effects of successive collisions and obtained a final formula that differed little from Einstein's. Smoluchowski's further works in this field extend through an examination of the Brownian movement of a particle undergoing the influence of a quasi-elastic force to the Brownian movements of macroscopic bodies. At the Conference of Natural Scientists at Münster in 1912, Smoluchowski proposed the observation of the Brownian rotative movement of a small mirror suspended on a thin quartz fiber and the observation free end of a similar fiber. The first experiment was performed by W. Gerlach and E. Lehrer in 1927, and later by Eugen Kappler"" the second, by A Houdijk and P. Zeeman, and by E. Einthoven. In 1925, Both experiments confirmed Smoluchowski's calculations.""
Cracovie, Imprimerie de L'Université, 1915. 8vo. In the original printed wrappers. Offprint from ""Bulletin de L'Académie des Sciences de Cracovie"", Juillet 1915. Very fine and clean, near mint. Pp. (2), 164-178.
Offprint issue of Smoluchowski's paper on certain deficiencies of the foundations of the law of entropy and the basic Boltzmann equation of the kinetic theory of gases.
(Leipzig, Barth, 1906). Without wrappers.. In: ""Annalen der Physik. Vierte Folge. Bd. 21, No. 14.. Pp. 509-780. (Entire issue offered No 14). Smoluchowski's paper: pp. 756-780. Clean and fine.
First appearance of the final form of Smoluchowski's rechearches on the Brownian Movements, hereby introducing the Statistical Theory of the Brownian Movements.""Smoluchowski began his 1906 paper (the paper offered) by referring to Einstein's two articles of 1905. ""The findings (of these papers) agree completely with some results which I had...obtained several years ago and which I consider since then as an importent argument for the kinetic nature of this phenomenon."" Then why had he not published earlier ? 'Although it has not been possible for me till now to undertake an experimental test of the consequences of this point of view, something I originally intended to do, I have decided to publish these considerations...' In support of this decision, he stated that his kinetic method seemed more direct, simpler, and therefore more convincing than Einstein's, in which collision kinetics plays no explicit role....In any case, Smoluchowski's paper IS AN OUTSTANDING CONTRIBUTION TO PHYSICSS,even though the priority of Einstein is beyond question (as Smoluchowski himself pointed out)."" (Pais ""Subtle is the Lord"", pp. 100 ff.
London, His Majesty's Stationary Office, 1945. Orig. printed wrappers, wrappers somewhat browned. IV,144 pp.
First edition printed in England - the book was first published in Washington in August 1945.
P., Revue d'optique, 1946 (An 1 de l'âge atomique), un volume in 8, 7pp., 297pp., broché, couvertue imprimée
---- PREMIERE EDITION FRANCAISE "of the first published accunt of the development of the atomic bomb issued on 12th August 1945, six days after the first atomic bomb was exploded over Hiroshima and the very day the surrender offer of Japan was announced. This report, familiarly known and referred to as the Smyth Report is also the first officially published description of the immediate history following Hahn's and Strassmann's discovery of nuclear fission in 1939" ---- Printing and the Mind of Man N° 422 (1st american ed.)**4795/M1-CAV.E4
SMYTH (Henry DE WOLF) - GROVES (L.R.) - GRIMALDI (F.S.) - MAY (I.) - FLETCHER (M.H.) - TITCOMB (J.) - PIGOTT (E.C.)
Reference : 4796
4 OUVRAGES reliés en un volume in 8 demi-chagrin havane
---- FIRST EDITION of the first published account of the development of the atomic bomb published the first atomic bomb was exploded over Hiroshima. This report, familiarly known and referred to as the "SMYTH REPORT" is also the first officially published description of the immediate history following Hahn's and Strassmann's discovery of nuclear fission in 1939" ---- Statement of the problem - Administrative history up to December 1941 - Progress up to December 1941 - Administrative history (1942-1945) - Metallurgical project at Chicago in 1942 - Plutonium production problem (February 1943) - Plutonium problem (January 1943-June 1945) - General discussion of the separation of Isotopes - Diffusion separation - Electromagnetic separation - The work on the atomic bomb - Production and utilization of uranium-235 and plutonium 239 - The military effectiveness of the atomic bomb - etc**4796/M1
Sobelman I.I., Vainshtein L.A. and Yukov E.A.
Reference : R260270250
(1981)
ISBN : 3540098909
Springer-Verlag. 1981. In-8. Relié. Très bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 315 pages augmentées de 34 figures et 40 tables.. . . . Classification Dewey : 530-Physique
Etiquette sur coiffe en pied. Tampon bibliothèque. texte écrit en anglais. Classification Dewey : 530-Physique
Dunod , Annales des Mines Malicorne sur Sarthe, 72, Pays de la Loire, France 1929 Book condition, Etat : Bon broché In-8 1 vol. - 102 pages
32 figures dans le texte Contents, Chapitres : travaux de Regnauly - analyse et résultats des travaux américains, des travaux de Knoblauch, des travaux de Callendar - principaux travaux d'interprétation - comparaison des théories des recherches expérimentales décrites - comparaison des tables et des diagrammes signature de l'ancien propriétaire sur le plat supérieur - petit manque dans le haut du dos qui a été réparé
P., Dunod, 1971, in 8° broché, XI-192 pages ; traces de ruban adhésif sur les gardes.
PHOTOS SUR DEMANDE. ...................... Photos sur demande ..........................
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CHEZ L'AUTEUR. 1er juillet 1919. In-8. Broché. Etat d'usage, Couv. convenable, Dos satisfaisant, Mouillures. Catalogue de 34 pages illustrées en noir et blanc, dans le texte. . . . Classification Dewey : 530-Physique
Manufacture de courroies de transmission. Courroies Balata-Dick. Courroies sans fin pour l'électricité. Classification Dewey : 530-Physique
Paris, 1952, in-8, (4), 341, (3)pp, broché, Très bel exemplaire du catalogue illustré de cette exposition qui s'est tenue dans les salons de l'Université de la Sorbonne du 29 mai au 5 juin 1952. Trous de vers sur les 7 premières pp. et la couv. (4), 341, (3)pp.
CHEZ L'AUTEUR. 1958. In-8. Broché. Etat d'usage, Couv. défraîchie, Dos satisfaisant, Intérieur acceptable. 526 + 88 pages. Nombreuses illustrations et photos en noir et blanc, dans le texte.. . . . Classification Dewey : 600-TECHNIQUE (SCIENCES APPLIQUEES)
Grand Palais des Chamsp Elysées. Classification Dewey : 600-TECHNIQUE (SCIENCES APPLIQUEES)
P., PUF, 1969, un volume in 8, relié en pleine toile éditeur, 1 portrait, 12pp., 578pp.
---- EDITION ORIGINALE ---- BEL EXEMPLAIRE ---- "L'ouvrage qui est présenté au public sous le titre Polarisation, Matière et Rayonnement est un volume jubilaire en l'honneur du professeur Kastler, préparé et édité par la Société Française de Physique. Il se compose d'une série d'articles originaux écrits à la demande de notre Société par un un certain nombre de physiciens français et étrangers qui, d'une façon ou d'une autre se sentent concernés par l'oeuvre de Kastler". (Préface par A. Abragam) ---- Abraham (A.). L'expérience de Lamb-Retherford avec des mesons K neutres, p. 1/17. . Al'tshuler & Kochelayev (B.I.). Some peculiarities of Rayleigh light-scattering in paramagnetic-crystals, pp. 17/16. . Arimondo (E.) & Gozzini (A.). Sur la magnétisation transversale statique produite par la résonance magnétique, pp. 27/36. . Barrat (J.P.). Pompage optique et excitation par échelons, pp. 37/48. . Benedek (G.B.). Optical mixing spectroscopy, with applications to problems in physics, chemistry, biology and engineering, pp. 49/84. . Bleaney (B.). Radiation and relaxation, pp. 85/108. . Bloembergen (N.). Conservation of angular momentum for optical processes in crystals, pp. 109/120. . Bouchiat (M.A.) - Meunier (J.). Observation par diffusion inélastique de lumière cohérente, des ondes de capillarité excitées thermiquement à la surface d'un liquide, pp. 121/141. . Bunkin (F.V.) & Prokhorov (A.M.). Interaction des électrons avec un champ intense de rayonnement optique, pp. 157/184. . Casimir (H.B.G.). On Maxwell's equations and the theory of optical rotation, pp. 185/190. . Cohen-Tannoudji (C.) - Haroche (S.). Le concept d'atome habillé par des photons. Quelques exemples d'application, pp. 191/206. . Duncuing (J.). Le calcul des susceptibilités optiques du deuxième ordre et la règle de Miller, pp. 207/218. . Edlen (B.). The history and present state of wavelength standars, pp. 219/228. . Friedel (J.). Note sur l'anisotropie de la tension superficielle des métaux monovalents, pp. 229/242. . De Gennes (P.G.) & Papoular (M.). Vibrations de basse fréquence dans certaines structures biologiques, pp. 243/258. . Gorter (C.J.). Quelques remarques sur la troisième relaxation paramagnétique, pp. 259/266. . Guinier (A.). Une structure particulière : un métal à deux dimensions, pp. 267/282. . Hanbury Brown (R.). The stellar interferometer at Narrabri observatory, pp. 283/298. . Heidrich (W.) & Mossbauer (R.L.). Isomer shifts induced by light irradiation, pp. 299/311 - ETC**2901/M5AR/BETHU.CART.MASS