PPT-Irradiation study of Ti-6Al-4V and Ti-6Al-4V-1B for FRIB beam dump:

Experimental plan Aida Amroussia PhD Student Chemical Engineering and Materials Science Michigan State University 1 Motivation Study of irradiation damage in Ti6Al4V and Ti6Al4V1B . May 21, 2014. Radiation damage of materials relevant for FRIB production target and beam dump. FRIB context. FRIB production target . . Radiation damage studies in graphite. Annealing of radiation damage at high temperature. FRIB Theory Alliance. Filomena Nunes. Head of Department of Theoretical Nuclear Science. Chair of the FRIB theory center steering committee. The Nuclear Landscape. The Nuclear Landscape and the Big Questions (National Academy Science report). at room temperature. J. . Kansy. 1. . and M. Ziąbka. 2. .  . 1. . Institute of Material Science, Silesian University, . Bankowa. 12, 40-008 Katowice, . Poland. 2. . Faculty of Materials Science and Ceramic, University of Science and Technology, A. . BLIP & NSLS II. Peter Wanderer. Superconducting Magnet Division, BNL. WAMSDO – November 14, 2011. Brookhaven Linac Isotope Producer (BLIP). Schedule: ~ 6 months/year (during RHIC operation). Principal task: isotope production for medical etc. use (proton beam, 117 MeV).. on behalf of the Irradiation WG. April 16. th. , 2015. 1. Irradiation Guidelines. NAC Draft Irradiation Guidelines have been resurrected due to:. An interest in changing the CSA standard around irradiation parameters so that the standards reflect the European practice that is more appropriate for SAGM red cells.. Filomena Nunes. Head of Department of Theoretical Nuclear Science. Chair of the FRIB theory center steering committee. The Nuclear Landscape. The Nuclear Landscape and the Big Questions (National Academy Science report). A. Tsinganis, F. . Cerutti. (EN/STI/FDA). with R. Bruce (BE/ABP). 6. th. Annual . HiLumi. Collaboration Meeting – Paris, November 14-16, 2016. Outline. Overview. Geometry, optics, impact scenarios. Dumping System . in Point 5. 16.03.2017. Miriam Blumenschein. Expert group:. A. Apollonio, E. Carlier, . J. Uythoven, P. Van Trappen . 1. Overview guideline “Reliability targets in functional specifications” . suitable for silicon & passive materials (with cooling). H Marin-Reyes. R French. P Hodgson. P . Dervan. G. . Casse. J A . Wilson. D. Parker. 21st RD50 Workshop. CERN 16th Nov 2012. Richard French. Why to Irradiate blood. Transfusion Associated Graft versus Host Disease (TAGVHD). Indications of Irradiated Components. Shelf Life of Irradiated products. Methods of Irradiation. Contents. For Prevention of . Valentin. . Moise. Head of IRASM Department. IFIN-HH, Romania. irasm@nipne.ro. Industrial application of ionizing radiation:. Modification of properties of products/materials by irradiation. Sterilization. 1 MeV/u heavy ions up to uranium includes “fission fragments” such as Kr and . Xe. MSD, NE, APS, PHY initiative. On-going studies at ATLAS. Extreme Materials . (XMAT) . In Situ . Studies of Materials in their working . Guoxing . Xia. , Kieran . Hanahoe. , . Oznur. . Mete, Tom Pacey. University . of Manchester and . the . Cockcroft Institute. 11/10/2016. CALIFES Workshop 2016-CERN. 1. Outline. Conventional beam dump. MRx. CODE. Cécile . Pétesch. , Thierry Lebarbé CEA. Sophie . Dubiez. -Le Goff, Claude Pascal AREVA. RCC-. MRx. presentation. Code philosophy. Consideration of irradiation effect in mechanical design rules.