PPT-Radiation Cooling of the ILC positron target

LCWS 2014 Belgrade Serbia 7 th October 2014 Sabine Riemann DESY Peter Sievers CERNESS Andriy Ushakov Hamburg U ILC positron target Ti alloy wheel diameter 1m. A. . Marchionni. , . Fermilab. 8th International Workshop on Neutrino Beams & Instrumentation. CERN, November 2012. High beam-induced heat loads!. LBNE cooling for target chase and decay pipe. base design. Chemistry. ________________ involve changes with electrons. . ________________ involve changes in atomic nuclei. . Spontaneously-changing nuclei emit ________ and. are said to be _________. . Chemical reactions. . LCWS . 2014, Belgrade, October 6. th. -10. th. , . 2014. Steffen Döbert, BE-RF. No changes to the electron injector. Some work started on optimizing the. positron source with a student started recently . Wei Gai for the ILC e- and e+ collaboration . PAC review, 2012. KEK, Japan. ILC site layout and location of e- and e+ sources. Page . 3. The Baseline ILC Electron Source . Electron source provides polarized electron beam and consists of all systems from source laser to 5 GeV injection to damping rings. ( 325 MHz SHB). Lessons Learned from Our Past. Collider-Accelerator Department. 5-28-2013. Take 5 for Safety. Event at J-PARK. In the Hadron Experimental . Facility, . experiments were conducted with the elementary particles that had been generated by irradiating gold target with proton . Christopher . Melhauser. and . Fuqing. Zhang. The Pennsylvania State University. Department of Meteorology. Group Meeting – April 11, 2013. Focus. How does the diurnal radiation cycle impact the . ________________ involve changes in atomic nuclei. . Spontaneously-changing nuclei emit ________ and. are said to be _________. . Chemical reactions. Nuclear reactions. radiation. radioactive. energy and/or particles. Sabine Riemann (DESY), Andriy . Ushakov. (UHH), Alexandre . Ignatenko. (DESY), . Kahled. . Alharbi. (DESY), Felix Dietrich (DESY, TH-Wildau), Peter Sievers (CERN). Laboratoire. . l’Accélératuer. Radiation Backgrounds for Future High Energy Electron Positron Colliders Hongbo Zhu (IHEP, Beijing) On behalf of the CEPC Study Group Workshop on the Circular Electron Positron Collider – EU edition, 24 – 26 May, Rome M. Casolino . – H. Vincke – S. Roesler. HSE-RP. 1. 11. th. SHiP Collaboration Meeting . 7. th. June 2017 . Outline. General considerations. Classification of the ventilation system. Tritium . production. 24.1 Nuclear Radiation. 24.2 Radioactive Decay (includes decay rates & radiochemical dating). 24.3 Nuclear Reactions (Transmutation. Part only). 24.4 Applications & Effects of Nuclear Reactions (except for radiation dose and intensity/distance). A person working with radioisotopes wears protective clothing and gloves and stands behind a shield.. 2. Radioactive Isotopes. A . radioactive isotope . has an unstable nucleus. emits radiation to become more stable. Dr Sarah Bohndiek. Learning outcomes. After . this lecture, you should be able to. :. Describe how . ionising. radiation is generated for medical imaging. Explain the differences between an X-ray tube and a linear accelerator. Dr. Frank Moler. 1. Overview. This talk reviews basic temperature (temp) related information needed for P-ICECAP. . There is much information to know. Key content is repeated. (Sorry, no “Greatest Movies of All Time” trivia breaks as in THAPCA). Periodic review will be required during the trial. .