PPT-Multi-physics coupling

Application on TRIGA reactor Student Romain Henry Supervisors Prof Dr IZTOK TISELJ Dr LUKA SNOJ PhD Topic presentation 27032012 FMF LJUBLJANA 1 A nuclear reactor is a boiler in which heat is produced . of . biomolecular. and small-molecule . charge transfer reactions. Spiros. S. Skourtis. Department of Physics, University of Cyprus. Nicosia Cyprus. DPG Annual & Spring. Meeting. 2014, Symposium on . Challenges and Achievements. Mikhail . Bashkanov. University of Edinburgh. UK Nuclear Physics Summer School. I. Outline of the course. Lecture 1: . Hadron Physics. Experiments: new toys – new knowledge (progress in particle detector systems). . in the . Multi-. Regge. Regime. Volker . Schomerus. DESY Hamburg. Based on work w. . Jochen. Bartels, Jan . Kotanski. . , . Martin . Sprenger. , . Andrej . Kormilitzin. , 1009.3938, 1207.4204 & . Phenomenology of Vectorlike Confinement. Can Kılıç. , University of Texas at Austin. work done with: Takemichi Okui (arXiv: 1001.4526, JHEP 1004:128, 2010 ). Takemichi Okui, Raman Sundrum (arXiv: 0906.0577, JHEP 1002:018, 2010). A Brief Theory Overview. Aleksi. . Vuorinen. University of Helsinki. Lepton-Photon 2015, . Ljubljana, August 20, 2015. Tremendously successful theory with very nontrivial properties:. Confinement → Nuclear physics. 4. He. (. What constitutes a weak link for . 4. He?).  . Francis M. Gasparini. Department of Physics, University at Buffalo, . The State University of New York, U.S.A. . Justin K. Perron. Mark O. Kimball. Aps. :. 1) GSI cross . secs. , & 2) nuclear forces. Ted Barnes. Physics Div. ORNL and. Dept. of Physics, . U.Tenn. .. . (. and . p.t. . DOE ONP. ). . INT Nov 2009 . 1. For PANDA: Associated . Maria . Goppert. -Mayer with the King of Sweden in 1963. 2. nd. female . Nobelist. after Marie Curie.. Nuclear spin-orbit. Magic Numbers (especially stable) . The . nuclear shell model. is a . model. Cohesion. Chandan R. Rupakheti. Steve Chenoweth. (Chapter 18). Outline. Coupling . and Cohesion. Command and Query Separation Principle. 2. Types of Coupling. Tight to loose coupling. Content. : Module A has access to local data of Module B. From collisions to quark-gluon plasma. Wilke van der Schee. Quark Matter 2017. 6 February 2017. Standard model of . heavy ion collisions. 2. /17. Initial stage goes from weak . to strong coupling. Hydrodynamisation. Qi-. Shu. Yan (UCAS/CHEP,PKU). Q.S.Yan(UCAS/CHEP). MC4BSM-2014, . Daejeon. , May 18-23. 1. On behalf of MC working group for . CEPC. Monte . Carlo Tools for Physics Beyond the Standard Model . 18-23/May 2014, . the Coupling definition and consumption purposes. . 1.1.1 Describe . the coupling definition . 1.1.2 . Identify the coupling consumption purposes . 1.2 Explain . the coupling types. . ANNEXURE 1 1 Design data : - T emperature – 0 to + 70 degree centigrade Pressure – 23.0 KG/CM 2 2 Operating data : - Temperature – ambient Pressure – Up - to 17 KG/CM 2 Product – LPG Sean . Tulin. University of Michigan. Outline. Some thoughts on sensitivities of . h. decays to new physics. Two parts to this talk:. CP violation beyond the standard model (. h. .  . pp. ). How do .