PPT-Simulation of the radiation in the THz

SASE FEL at PITZ with 3D PIC code WARP Background Simulation results with Warp Conclusion Xiangkun LI DESYTEMF winter meeting DESY Hamburg 28112019 B ackground A proofofprinciple experiment on . Then the standard simulation algorithm is 1 Generate 2 Estimate with 1 n where 3 Approximate 1001 con64257dence intervals are then given by 945 945 where is the usual estimate of Var based on Y One way to measure the quality of the estimator is The US Environmental Protection Agency EPA is responsible for advising the government on radiation hazards and regulating certain sources of radioactivity in the environment This booklet provides basic facts about radiation science as well as inform This PowerPoint was created by child life specialists on the Professional Resources Committee as a resource for your use.. It may be used to educate team members and students in your practice.. You may use it “as is,” or you may customize it by adding graphics or photos, selecting only a subset of slides, or integrating some of the slides into your own presentation, as appropriate for your audience. P. G. Cummings, A. G. R. Thomas. Center for Ultrafast Optical Science, University of Michigan, Ann Arbor, MI, USA. Abstract. A . promising application of laser-. wakefield. acceleration (LWFA) technology is as a tunable source of x-ray and gamma radiation via synchrotron radiation. Such a source could have many potential applications, including . . Sanshiro. Shibata (Konan Univ.). Collaborator: . Nozomu. . Tominaga. (Konan Univ., IPMU). Introduction. Models for the prompt emission. Internal shock model. A standard scenario for a long time.. for 2010 repeated captures . the annual cycle of Antarctic sea ice.. The ACCIMA 1999-2011 simulation has more incident shortwave radiation at the surface that ERA-Interim for Antarctic latitudes over most months of the year. The shortwave radiation is also excessive compared to . EE232: Lightwave Devices Prof: Ming Wu GSI: Kevin Han Discussion 1/17/18 EE232 overview Lectures will mainly cover lasers and detectors Discussions will mainly cover other photonic devices – waveguides, couplers, modulators Geant4 toolkit & collaboration. J. Apostolakis, CERN. for the Geant4 collaboration. 2. Overview. Simulation packages/toolkits . Key capabilities and concepts. What it can do - highlights. Application . What are they? . exposure … contamination. Are they the same?. Radioactivity. Spontaneous emission of radiation from the nucleus of an unstable isotope. Disintegration Decay. Demonstrate Decontamination. Radiation refers to the process that is concerned with the passage of energy between places through space. . It is the radiation generated by sun that . regulates the temperature of earth. . . CLASSIFICATION OF RADIATION: ionizing or non-ionizing types. . Patrícia Gonçalves. Jornadas do LIP 2014. Pavilhão do Conhecimento, 21 e 22 de Março. Space Radiation Environment & Effects . 2. Activities . radiation . environment studies: . in space, on . . Radiation is the emission of energy in the form of waves or particles. Radiation that is so powerful that it can remove electrons from atoms is called ionizing.. Examples of types of ionizing radiation are x-rays from medical machines and gamma rays from radioactive substances. . •. Radiation biology . is the study of the action of ionizing radiation on living organisms . •The action is very complex, involving physics, chemistry, and biology . –Different types of ionizing radiation . D. Hu. , . E. . Nardon. , . F.J. . Artola. , M. . Lehnen. , . D. . Bonfiglio. , . M. . . Hoelzl. , G.T.A. . . Huijsmans. , S. .-J. . Lee and . A. Matsuyama. Contents. Introduction to JOREK non-equilibrium impurity model.