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Svedberg The:     more books (85)

The Svedberg Name in History by Ancestry.com, 2007-06-21 Maja auf der Spur der Natur. by Ulf Svedberg, Lena Anderson, 1984-01-01 Trade and Development in Sub-Saharan Africa by Jonathan H. Frimpong-Ansah, S. M. Ravi Kanbur, 1991-01 Colloid chemistry, (American Chemical Society monograph series ; [no. 16]) by Theodor Svedberg, 1924 Die Existenz Der Molekule: Experimentelle Studien (1912) (German Edition) by Theodor Svedberg, 2010-09-10 Ultracentrifuge by Theodor Svedberg, Kai O. Pedersen, 1940-06 Die Methoden Zur Herstellung Kolloider Lösungen Anorganischer Stoffe: Ein Hand- Und Hilfsbuch Für Die Chemie Und Industrie Der Kolloide (German Edition) by Theodor Svedberg, 2010-04-09 Poverty and Undernutrition: Theory, Measurement, and Policy (Studies in Development Economics) by Peter Svedberg, 2000-12-14 The Formation Of Colloids by Theodor Svedberg, 2010-09-10 Physical Chemistry of Colloids and Macromolecules: Proceedings of the International Symposium on Physical Chemistry of Colloids and Macromolecules to Celebrate the 100th Anniversary of the Birth of by International Symposium on Physical Chemistry of Colloids and Macromolecules (1984 : Uppsala University), Theodor Svedberg, 1987-04 The Formation of Colloids [ 1921 ] by Theodor Svedberg, 2009-08-10 Nicky the Nature Detective by Ulf Svedberg, 1988-07-01 SVEDBERGS I DALSTORP AB: Labor Productivity Benchmarks and International Gap Analysis (Labor Productivity Series) by Inc Icon Group International, Ltd. Icon Group, 2000-10-31 Die methoden zur herstellung kolloider Lösungen anorganischer Stoffe. Ein Hand- und Hilfsbuch für die Chemie und Industrie der Lolloide von D. The Svedberg. Mit 60 Abbildungen, zahlreichen Tabellen und 3 Tafeln. by Theodor. Svedberg, 1909

lists with details

1. 1929-1939
   D.) Intellectual Life In 1924, MANNE SIEGBAHN was awarded the Nobel Prizein Physics, in 1926 THEODOR svedberg the nobel Prize in Chemistry.  
   http://www.zum.de/whkmla/region/scandinavia/swe191829.html
   
   Extractions: Once World War I was over, in Sweden political debates again focussed on a revision of the discussion. The left wing of the social democrats, among them PER ALBIN HANSSON, sympathized with the GERMAN REVOLUTION, demanded the abolition of Great Capitalism, of the monarchy, of parliament's first chamber, of mandatory military service and of restrictions on the right to vote. They held a REVOLUTION FESTIVAL in Stockholm on which they turned against moderate social democrates such as HJALMAR BRANTING. Having potential civil unrest (massive strikes, even a revolution) in mind and with reports from revolutions going on in Russia, Germany and Hungary, the political right conceded to a constitutional reform demanded by the left and the center. This reform included universal suffrage for both men and women (who were given the right to vote in 1919), with property restrictions still in force for elections to the first chamber. In 1919, 54 % of the population had the right to vote, as compared to 19 % in 1911.

2. Chemistry 1926
   b.1884 d.1971. The nobel Prize in Chemistry 1926 Presentation Speech The (Theodor)svedberg Biography nobel Lecture Swedish nobel Stamps Other Resources.  
   http://www.nobel.se/chemistry/laureates/1926/

3. The Svedberg – Biography
   For his work on the disperse systems he received the nobel Prize in 1926. Toextend his knowledge svedberg has visited numerous laboratories in foreign  
   http://www.nobel.se/chemistry/laureates/1926/svedberg-bio.html
   
   Extractions: Svedberg accepted a post as assistant in the Chemical Institute at Uppsala in 1905 and in 1907 he was given the additional position of lecturer in chemistry in the university. He obtained a special appointment in 1909 as lecturer and demonstrator of physical chemistry and in 1912 he was elected Professor of Physical Chemistry, University of Uppsala. He was made emeritus in 1949, since when he has been Director of the Gustaf Werner Institute for Nuclear Chemistry in the University. Svedberg's work has mainly been concerned with colloids and macromolecular compounds. In his doctor's thesis (1908), now considered as a classic, he described a new method of producing colloid particles and gave convincing evidence of the validity of the theory founded by Einstein and von Smoluchowski on the Brownian movements, thereby providing definite proof of the existence of molecules. With numerous collaborators he has studied the physical properties of colloids, such as their diffusion, light absorption, and sedimentation, from which could be concluded that the gas laws could be applied to disperse systems. For the study of sedimentation he constructed his well-known ultracentrifuge, where large molecules in solution, such as proteins, carbohydrates, and high polymers have been investigated. In the ultracentrifuge the large molecules are put under the influence of centrifugal forces up to about 10

4. The Svedberg Winner Of The 1926 Nobel Prize In Chemistry
   The svedberg, a nobel Prize Laureate in Chemistry, at the nobel PrizeInternet Archive. THE (THEODOR) svedberg. 1926 nobel Laureate  
   http://almaz.com/nobel/chemistry/1926a.html

5. Index Of Nobel Laureates In Chemistry
   ALPHABETICAL LISTING OF nobel PRIZE LAUREATES IN CHEMISTRY. Name, Year Awarded.Alder, Kurt, 1950. Sumner, James Batcheller, 1946. svedberg, The, 1926.  
   http://almaz.com/nobel/chemistry/alpha.html

6. Les Prix Nobel De Chimie
   Translate this page Les Prix nobel de Chimie. Scientifiques. Nationalités. 1901. Jacobus HenricusVan't Hoff. Pays-Bas. 1902. Allemagne. 1926. Theodor svedberg. Suède. 1927. HWieland.  
   http://isimabomba.free.fr/prix_nobel/prix_nobel.htm
   
   Extractions: Les Prix Nobel de Chimie Scientifiques Jacobus Henricus Van't Hoff Pays-Bas Emil Hermann Fischer Allemagne August Svante Arrhenius Sir William Ramsay Royaume-Uni Adolf Von Baeyer Allemagne Henri Moissan France Eduard Buchner Allemagne Lord Ernest Rutherford Royaume-Uni Wilhelm Ostwald Allemagne O. Wallach Allemagne Marie Curie France Victor Grignard

7. Nobel Prize Winning Chemists
   nobel Prize Winning Chemists. 1925 1927 Theodore svedberg. The nobelPrize in Chemistry 1926. Theodore svedberg was born at Flerang  
   http://www.sanbenito.k12.tx.us/district/webpages2002/judymedrano/Nobel Winners/t
   
   Extractions: Nobel Prize Winning Chemists Theodore Svedberg The Nobel Prize in Chemistry 1926 Theodore Svedberg was born at Flerang, Valbo, in the county of Gavleborg, Sweden on August 30, 1884, as the son of Elisa Svedberg, a works manager , and his wife, Augusta, nee Alstermark. He attended the Koping Middle School, the Orebro High School and Gothenburg Modern School, where he passed his student examination in December 1903, before matriculating and beginning his lifelong association with Uppsala University in January 1904. He gained his Bachelor of Arts degree in 1905, his Master's degree in 1907 and his Doctor of Philosophy in 1908. He has been awarded the John Ericsson Medal, the Berzelius Medal, and the Medal of the Franklin Institute. For his work on disperse systems he received the Nobel Prize in 1926. Svedberg has married four times: in 1909, Andrea Andreen, a medical graduate; in 1916, Jane Frodi; Ingrid Blomquist in 1938; and in 1948, Margarit Hallen, M. A. He has twelve children, six sons and six daughters. Theodore (The) Svedberg died in 1971.

8. Nobel
   nobelWinning Chemists. Kurt Alder. Sidney Altman. Christian B. Anfinsen. WilliamStein. James Batcheller Sumner. Theodore svedberg. Richard Laurence Millington Synge.  
   http://www.sanbenito.k12.tx.us/district/webpages2002/judymedrano/Nobel Winners/n
   
   Extractions: Nobel-Winning Chemists Kurt Alder Sidney Altman Christian B. Anfinsen Svante August Arrhenius ... Eduard Buchner Adolf Friedrick Johann Butenandt Melvin Calvin Thomas Robert Cech Hans von Euler-Chelpin John Warcup Cornforth Donald J. Cram Marie Curie Elias James Corey Petrus (Peter) Josephus Wilhelmus Debye Paul J. Crutzen Robert F. Curl, Jr. Johann Deisenhofer Otto Diels ... Dorothy Crowfoot Hodgkin Jacobus Henricus van't Hoff Roald Hoffman Robert Huber Jean Frederic Joliot Irene Joliot-Curie ... Back To Main Page

9. FECS Millennium Project - Svedberg
   year that of haemoglobin. In 1926 the nobel prize in chemistry wasawarded to svedberg for his development of the ultracentrifuge.  
   http://www.chemsoc.org/networks/enc/fecs/Svedberg.htm

10. Svedberg - Centrifuge
    molecular weights, Further info nobel Foundation Theodor svedberghttp//www.nobel.se/chemistry/laureates/1926/svedberg-bio.html,  
    http://www.chemsoc.org/timeline/pages/1925.html

11. Svedberg, Theodor H.E.,
    byname THE svedberg (b. Aug. 30, 1884, Fleräng, near Gävle, Swedend. Feb. 25,1971, Örebro), Swedish chemist who won the nobel Prize for Chemistry in 1926  
    http://www.britannica.com/nobel/micro/575_22.html
    
    Extractions: The Svedberg, right, with colleague, 1926 UPI/Corbis-Bettmann byname THE SVEDBERG (b. Nobel Prize for Chemistry in 1926 for his studies in the chemistry of colloids and for his invention of the ultracentrifuge, an invaluable aid in those and subsequent studies. After receiving his doctorate from the University of Uppsala in 1907, Svedberg joined the faculty there. When he retired in 1949 he was named director of the new Gustaf Werners Institute for Nuclear Chemistry, a post he held until 1967.

12. Nobel Prize Winners For Chemistry
    1925, Zsigmondy, Richard, Austria, elucidation of the heterogeneous nature ofcolloidal solutions. 1926, svedberg, Theodor HE, Sweden, work on disperse systems.  
    http://www.britannica.com/nobel/table/chem.html
    
    Extractions: Year Article Country* Achievement Hoff, Jacobus Henricus van't The Netherlands laws of chemical dynamics and osmotic pressure Fischer, Emil Germany work on sugar and purine syntheses Arrhenius, Svante Sweden theory of electrolytic dissociation Ramsay, Sir William U.K. discovery of inert gas elements and their places in the periodic system Baeyer, Adolf von Germany work on organic dyes, hydroaromatic compounds Moissan, Henri France isolation of fluorine; introduction of Moissan furnace Buchner, Eduard Germany discovery of noncellular fermentation Rutherford, Ernest U.K. investigations into the disintegration of elements and the chemistry of radioactive substances Ostwald, Wilhelm Germany pioneer work on catalysis, chemical equilibrium, and reaction velocities Wallach, Otto Germany pioneer work in alicyclic combinations Curie, Marie France discovery of radium and polonium; isolation of radium Grignard, Victor France discovery of the Grignard reagents Sabatier, Paul France method of hydrogenating organic compounds Werner, Alfred

13. Untitled
    THE svedberg http//nobel.sdsc.edu/laureates/chemistry1926-1-bio.html.The svedberg Laboratory http//www2.tsl.uu.se/welcome.html.  
    http://indykfi.atomki.hu/indyKFI/MT/svedberg.htm

14. Uppsala - Personalities - The Svedberg
    The svedberg var professor i fysikalisk kemi i Uppsala och ledde forskningsarbetetinom kolloidkemi. Han erhöll nobel priset i kemi år 1926 för sitt arbete  
    http://www.its.uu.se/sightsandsounds/tsvedberg.html
    
    Extractions: Theodor (The) Svedberg, 1884 - 1971, was a physician and a chemist. He designed a centrifuge accelerating particles more than 900 000 times the gravity experienced on earth. The Svedberg held the Uppsala professorship in Physical Chemistry and led the scientific work in colloid chemistry. He received the Nobel Prize in chemistry in 1926 for his work on Disperse Systems. Theodor (The) Svedberg, 1884 - 1971, Nobel priset The Svedberg lab IT Support Department Uppsala University

15. Prix Nobel De 1925 à 1929
    Translate this page Prix nobel de 1925 à 1929, 1925 Richard Zsigmondy (1865 -1929). 1926 Theodor svedberg (1884 - 1971). 1927 Heinrich Otto Wieland (1877 - 1957).  
    http://membres.lycos.fr/xjarnot/Chimistes/Nobel_1925.html
    
    Extractions: P rix Nobel de 1925 à 1929 Richard Zsigmondy Theodor Svedberg Heinrich Otto Wieland Adolf Otto Reinhold Windaus ... Hans von Euler Chelpin et Arthur Harden Pour la démonstration de la nature hétérogène des solutions colloïdales et pour les méthodes qu'il mit au point à cette occasion, et qui sont les fondements de la chimie colloïdale moderne. (Vienne, 1865 - Gbttingen, 1929) C'était déjà là l'une des préoccupations des alchimistes. En 1679, J. Kunckel, l'un de ces "faiseurs d'or", avait réussi à fabriquer des "rubis". A. Cassius (mort en 1673) avait préparé le "pourpre d'or" qui porte son nom. En 1857, l'Anglais M. Faraday expliqua que la coloration des rubis est due à une dispersion de fines particules d'or, et que l'on peut obtenir des teintes plus prononcées en ajoutant aux dispersions métalliques de petites quantités de phosphore dissous dans l'éther. Ces fines dispersions d'or furent appelées colloïdes, terme qu'introduisit Th. Graham, dont les travaux (1861) ont montré que l'on peut séparer les cristalloïdes des colloïdes en solution aqueuse par dialyse à travers une membrane appropriée. Ces solutions colloïdales d'or se comportent de la même façon que les solutions de gélatine ou de colle animale. Zsigmondy continuait de travailler sur les solutions colloïdales quand il fut recruté en 1597 au laboratoire vitro-technique de la firme Schott, à Iéna; il poursuivit ses recherches dans son laboratoire personnel de 1900 à 1903. Se fondant sur l'effet Tyndall, découvert en 1881 (illumination visible par effet latéral d'un milieu colloïdal traversé par un faisceau lumineux), il construisit en 1903, avec son collaborateur, le physicien Siedentopf, un ultra-microscope destiné à devenir un outil universel pour l'observation des colloïdes. Il coopéra également avec Smoluchowski (qui étudiait le mouvement brownien, les variations de densités des solutions et de l'air, etc.) et avec Hückel.

16. Tous Les Prix Nobel De Chimie
    Prix nobels, Alfred nobel. A. Kurt Alder. Sydney Altman. William Howard Stein.James Batcheller Sumner. Theodor svedberg. Richard Laurence Millington Synge.T.  
    http://membres.lycos.fr/xjarnot/Chimistes/Prix_Nobel_alphabetique.html
    
    Extractions: P rix Nobels Alfred Nobel A Kurt Alder Sydney Altman ... Aston B Adolf Johann Friedrich Wilhelm von Baeyer Sir Derek Harold Barton ... Butenandt C Melvin Calvin Thomas Cech ... Curl D Peter Joseph William Debye Johann Deisenhofer ... Diels E Manfred Eigen Hans von Euler ... Chelpin F Emil Hermann Fischer Ernst Otto Fischer ... Fukui G William Francis Giauque Walter Gilbert ... Grignard H Fritz Haber Otto Hahn ... Huber J Frédéric Joliot-Curie Irène Joliot-Curie K Jérôme Karle Paul Karrer ... Kuhn L Irwing Langmuir Luis F. Leloir ... Lipscomb M Edwin M. McMillan Archer John Porter Martin ... Mulliken N Giulio Natta Hermann Walther Nernst ... Northrop O Lars Onsager Friedrich Wilhelm Ostwald P Linus Carl Pauling Charles J. Pedersen ... Prigogine R Sir William Ramsay Franck Sherwood Rowland ... Ruzicka S Paul Sabatier Frederik Sanger et Glenn T. Seaborg Nicolas Nicolaevitch Semenov ... Synge T Henry Taube Arne Wilhelm Kaurin Tiselius ... Todd U Harold Clayton Urey V Jacobus Henricus Van't Hoff Vincent du Vigneaud ... Virtanen W Otto Wallach Alfred Werner ... Woodward Y Yuan Lee Z Karl Ziegler Richard Zsigmondy Pour tous problèmes ou remarques, écrivez au webmaster

17. Famous Colloid & Interface Scientists
    molecules. svedberg won the nobel Prize (1926) in chemistry for his workin colloid chemistry, particularly on Brownian motion. Eponyms  
    http://www.ucalgary.ca/~schramm/biogrs.htm
    
    Extractions: Blodgett, Katharine (Burr) An industrial physicist and physical chemist who is known for her work in surface chemistry. She is especially known for her work in monomolecular and multilayer films (termed "Blodgett films") and her invention of non-reflecting ("invisible") glass, which is used in optical instruments. Brown, Robert Although primarily a botanist, Brown is known to colloid science for his 1827 discovery that dispersed particles in water move about randomly, even when the water itself appears motionless. The phenomenon, explained later by others, is due to bombardments of the particles by water molecules and is known as Brownian motion. Coulter, Wallace An electrical engineer best known as the discoverer of the Coulter principle, a sensing-zone method for automatically counting and sizing microscopic particles suspended in a liquid. He developed this into the "Coulter Counter" which was first applied to the complete blood count diagnostic test, and later applied to other colloids in a variety of other industries. Einstein, Albert

18. Nobel Prizes
    Uppsala University. The svedberg, professor of physical chemistry,received the nobel Prize for Chemistry in 1926. He constructed  
    http://info.uu.se/fakta.nsf/sidor/nobel.prizes.id94.html

19. Nobel Peace Prize
    Francis William Aston, physicist and inventor of the mass spectrograph, wins NobelPrize for 1926 The (Theodor) svedberg for his work on disperse systems.  
    http://din-timelines.com/1920s-npp.shtml
    
    Extractions: We are offering an exclusive Din Timelines version of the award winning Alexa Toolbar . The toolbar is loaded with useful information about every site on the web, like customer reviews, traffic rankings, and related links. Download this IE plugin and use the toolbar to help support Din Timelines. Survey 04

20. Prix Nobel De Chimie
    Translate this page de Chimie Prix nobel, 1901 JH Van't Hoff (NL). 1902 E. Fischer (D). 1924 nondécerné. 1925 R. Zsigmondy (D). 1926 T svedberg (S). 1927 H. Wieland (D).  
    http://histoirechimie.free.fr/Nobel.htm
    
    Extractions: J.H. Van't Hoff (NL) E. Fischer (D) S. Arrhenius (S) W. Ramsay (GB) A. Von Baeyer (D) H. Moissan (F) E. Buchner (D) E. Rutherford (GB) W. Ostwald (D) O. Wallach (D) M.Curie (F) V. Grignard (F) et P. Sabatier (F) A.Werner (CH) Th. Richards (USA) R. Willstatter (D) F. Haber (D) W. Nernst (D) F. Soddy (GB) F. W. Aston (GB) F. Pregl (A) R. Zsigmondy (D) T Svedberg (S) H. Wieland (D) A. Windaus (D) A. Harden (GB) et H. Von Euler-Chelpin (D) H. Fischer (D) C.Bosch (D) et F. Bergius (D) J. Langmuir (USA) H.C. Urey (USA) J. F. Joliot-Curie (F) et I. Joliot-Curie (F) P Debye (NL) W.N. Haworth (GB) et P. Karrer (CH) A.F.J. Butenandt (D) et L. Ruzicka (CH) G. de Hevesy (S) O. Hahn (D) A.J. Virtanen (SF) J.B. Sumner (USA), J.H. Northrop (USA) et W.M. Stanley (USA) R. Robinson (GB) A.W.K. Tiselius (S) W.E Giauque (USA) O. Diels (D) et K. Alder (D) G.T.Seaborg (USA) et E.M. Mac Millan (USA) A.J.P. Martin (GB) et L.M. Synge (GB) H. Staudinger (D) L. Pauling (USA) V. du Vigneaud (USA) A. Todd (GB)

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