81. Online-Lexikon: Hideki Yukawa Translate this page hideki yukawa. Academicus.ch - Kostenloses Online-Lexikon. hideki yukawa. hidekiyukawa (*23. Januar 1907 in Tokio, †8. September 1981), japanischer Physiker. http://www.academicus.ch/de/hideki_yukawa.html

Hideki Yukawa Academicus.ch - Kostenloses Online-Lexikon Hauptseite Edit this page Hideki Yukawa Hideki Yukawa 23. Januar in Tokio 8. September ), japanischer Physiker Yukawa erhielt als erster Japaner den Physik Nobelpreis für seine auf der Theorie der Kernkräfte beruhende Vorhersage der Existenz der Mesonen ZumWikipedia-Artikel Impressum Sitemap ... Sitemap all All text is available under the terms of the GNU Free Documentation License

82. Faces yukawa, hideki yukawa predicted the existence of the pion. Zeeman, PieterZeeman discovered the splitting of spectral lines caused by magnetism. http://faculty.rmwc.edu/tmichalik/faces.htm

PHYSICS FACES Ampere Andre Marie Ampere made fundamental contributions to electricity and magnetism. Anderson Carl D. Anderson discovered the positron and the muon in 1932. Balmer Johann Balmer discovered the formula for the hydrogen spectrum. Becquerel Henri Becquerel discovered radioactivity in 1896. Bessel Friedrich Bessel. Bessel functions. Biot Jean-Baptiste Biot. Co-discoverer of the Biot-Savart Law. Bohr Niels Bohr made fundamental contributions to quantum theory. Boltzmann Ludwig Boltzmann made fundamental contributions to statistical mechanics. Born Max Born made fundamental contributions to quantum mechanics. Bose Satyendranath Bose. Bose-Einstein statistics. Bosons! Carnot Sadi Carnot: a pioneer in thermodynamics. Cerenkov Pavel Cerenkov discovered what is now called "Cerenkov radiation". Chadwick James Chadwick discovered the neutron in 1932. Christoffel Elwin Christoffel. Christoffel symbols. Clebsch/Gordan Rudolf Clebsch and Paul Gordan. Clebsch-Gordan coefficients. Compton Arthur Compton explained x-ray scattering from electrons in 1923.

83. Hideki Yukawa: Awards Won By Hideki Yukawa 123Awards hardwork is paid in form of awards. The biggest english dictionary RealDictionary.com. Awards of hideki yukawa. OTHER-NOBEL, 1949, PHYSICS. http://www.123awards.com/artist/5445.asp

hardwork is paid in form of awards The biggest english dictionary - RealDictionary.com Awards of Hideki Yukawa OTHER-NOBEL PHYSICS Enter Artist/Album Partner Sites Stardose.com RealLyrics.com OnlyHitLyrics.com Real Dictionary ... Add 123Awards to Favourites Please select the appropriate Shopping Category Auctions Search Engines Charity Dutch ... Stationery

84. Yukawa http://www.cegep-st-laurent.qc.ca/depar/physique/hisYuka.htm

YUKAWA HIDEKI Prix Nobel : 1949 existait vraiment.

85. International: Italiano: Scienze: Fisica: Fisici_e_Ricercatori: Yukawa,_Hideki - Translate this page In tutta la Directory. http://open-site.org/International/Italiano/Scienze/Fisica/Fisici_e_Ricercatori/

Open Site The Open Encyclopedia Project Pagina Principale Aggiungi Contenuti Diventa Editore In tutta la Directory Solo in Fisici_e_Ricercatori/Yukawa,_Hideki Top International Italiano Scienze ... Fisici e Ricercatori : Yukawa, Hideki Vedi anche: International: Italiano: Societ : Strutture Sociali: Persone: Biografie: Premio Nobel Questa Categoria ha bisogno di un Editore - Richiedila Open Site Code 0.5.3 JVDS.com Visit our sister sites dmoz.org mozilla.org chefmoz.org musicmoz.org ... modifica

86. Yukawa yukawa. A unit of length, 1.0 ´ 10 15 meter, named for the physicistHideki yukawa (1907-1981). This unit is identical to the fermi. http://www.sizes.com/units/yukawa.htm

yukawa A unit of length, 1.0 meter, named for the physicist Hideki Yukawa ( ). This unit is identical to the fermi home units index your comments ... help Last revised: November 19, 2001

87. Alien Ship Database - Cardassian Hideki Class DS9 Tribunal This class may have been named in honor of Japanese physicist YukawaHideki, who first postulated the existence of the subatomic pion in 1935 http://members.fortunecity.de/neutralzone/CardassianHideki.htm

window.defaultStatus="Cardassian Hideki Class" web hosting domain names Online Einkaufen Mehr Sites CARDASSIAN HIDEKI CLASS Length 85.78 m Beam 60.14 m Height 12.43 m Production Base Cardassia Prome Orbital Three Assembly Facility Mass 120,000 metric tonnes (est.) Accommodation 30 plus flight crew Power Plant One and possibly two M/A warp system; one or more impulse system Armament Four or more spiral-wave disruptors; one medium aft disruptor wave cannon; possibly other weapons Performance Warp 9.5 (oserved) From the Star Trek Deep Space Nine Technical Manual History: Small patrol craft. In 2370, a Hideki-class ship, commanded by Gul Evek, intercepted a runabout assingned to deep Space 9 and forcibly removed Starfleet officer Miles O'Brien. DS9 "Tribunal" This class may have been named in honor of Japanese physicist Yukawa Hideki, who first postulated the existence of the subatomic pion in 1935, although it is unclear why Cardassians might so recognize an Earth scientist. Star Trek Encyclopedia II web hosting domain names web design online games ... Conrad.de

88. Person Tearsheet Home Business Isao yukawa, Isao yukawa Managing Director at KyoceraCorporation (ADR) Japan TECHNOLOGY / SEMICONDUCTORS, Market Guide. http://www.forbes.com/finance/mktguideapps/personinfo/FromMktGuideIdPersonTearsh

89. Yukata - Encyclopedia Article About Yukata. Free Access, No Registration Needed. Yukata. Word Word. Yukata () is a type of clothing An articleof clothing (also known as dress http://encyclopedia.thefreedictionary.com/Yukata

Dictionaries: General Computing Medical Legal Encyclopedia Yukata Word: Word Starts with Ends with Definition Yukata clothing Humans wear articles of clothing (also known as dress garments or attire ) on the body for one or more of the following purposes: protection against the elements protection in work conditions modesty adornment as a statement of socioeconomic class or religious affiliation as a means of maintaining a power hierarchy. (Humans may also dress up non-human animals for a variety of reasons.) Click the link for more information. worn by the Japanese Japan Nippon/Nihon Wa Yamato Click the link for more information. , especially women, at firework Fireworks are explosive devices that burn with colored flames and sparks. Fireworks are used in pyrotechnic exhibitions and displays. These devices are used in producing one or more loud bangs or striking displays of light, or a figure or figures in plain or colored fire, by the combustion of materials that burn in some peculiar manner, as gunpowder, sulfur, metallic filings, and various salts. The most common feature of fireworks is a paper or pasteboard tube filled with the combustible material. A number of these tubes or cases are often combined so as to make, when kindled, a great variety of sparkling shapes, often variously colored. The skyrocket is a common form of firework. The name is also given to various combustible preparations used in war. Click the link for more information.

90. National Academy Of Sciences - Deceased Member National Academy of Sciences. http://www4.nationalacademies.org/nas/nasdece.nsf/(urllinks)/NAS-58MVSZ?opendocu

91. À¯Ä«¿Í È÷µ¥Å° The summary for this Korean page contains characters that cannot be correctly displayed in this language/character set. http://preview.britannica.co.kr/spotlights/nobel/list/B17a1786a.html

92. Particle History , led to its detection in 1932, but a search for a particle predicted by YUKAWAHIDEKI in 1935 led to the unexpected discovery of the muon the following year. http://www.neutron.anl.gov/hyper-physics/particle-history.html

History of elementary particles , the most basic physical constituents of the universe. The first subatomic particle to be discovered was the electron , identified in 1897 by Joseph John THOMSON. The nucleus of ordinary HYDROGEN was subsequently recognized as a single particle and was named the proton . The third basic particle in an atom, the neutron , was discovered in 1932. Although models of the atom consisting of just these three particles are sufficient to account for all forms of chemical behavior of matter, quantum mechanics predicted the existence of additional elementary particles. A search for the positron, or antiparticle of the electron (see antimatter ), led to its detection in 1932, but a search for a particle predicted by YUKAWA HIDEKI in 1935 led to the unexpected discovery of the muon the following year. Yukawa's particle, the pion, was finally discovered in 1947. Both the muon and pion were first observed in cosmic rays. As the list of particles and antiparticles grew, through further study of cosmic rays and study of the results of particle collisions produced by PARTICLE ACCELERATORS, three basic categories of elementary particles were ultimately distinguished: leptons, quarks, and bosons. Leptons and quarks are fermions , the basic constituents of nuclear and atomic structure, or matter bosons are the particles that transmit the fundamental forces of nature between fermions. The smallest class of elementary particles is that of the

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