PPT-7/06/2011 1 Linac4 Ion Source Review

Design and production D Steyaert G Favre Linac4 Ion Source Review Design and Production New LINAC4 Front end Chamber New LINAC4 Faraday cage LEBT Diagnostic Support for B357. HN HN C CH CH ES si nn unc t 2 15 16 OGY hn lo gy llah llah nna ai il du in in hn olo hul ah ah ajo in no og du ni y ali al hi ya al in ine log ga ul 10 ni log r ni de a al 14 ni de aba d mm aun al ni Lu no ai aj y adu hi nand log 21 S da By: Maria Santos. Nancy Zepeda. Introduction. . What is ion-pair . chromatography (IPC)?. T. he . addition of an ionic surfactant to a reversed-. phase Chromatography system (RPC) . in order to affect retention . Alessandra M. Lombardi. G. . Bellodi,M. . . Eshraqi,JB. . Lallement,S. . . Lanzone. , E. . Sargsyan. . LINAC4. . in the framework of CERN injectors. LINAC4 beam dynamics. : location of emittance growth, parameters for emittance . PREPARED BY-. MD.MARUF HASSAN. Chromatography. The process or technique of separating molecules or components in a mixture . solution (gas or . liquid) . according . to the differential absorption and elution . LINAC4 & . PSB . - additions. . Beam Instrumentation Review – . 19/10/2011. Christos Zamantzas (christos.zamantzas@cern.ch). ACFC principle. A status signal selects in which branch of a fully deferential stage the input current is integrated.. Sosuke . Kondo. Makoto . Nonaka. Tatsuya . Hinoki. Kyoto University. SEP15-18, 2013. INGSM-14. Seattle, USA. Contents. Ion-irradiation facility (DuET) at Kyoto University. Development of method for dimensional change evaluation. Monoatomic i on Ion Name Ion Old Name New Name H + hydrogen ion /proton Cr 2+ chromous ion chromium (II) ion Li + lithium ion Cr 3+ chromic ion chromium (III) ion Na + sodium ion Mn 2+ manganous ion Ion Sources. Producing large number of ions. Extraction. Transporting. Protons. H-. Ions. 1. Richard Scrivens, BE . Dept. , . CERN. November 2015. Image Curtesy of PIE . Scientific. 2. Ion Sources. Producing large number of ions. d. n. Configurations. Configuration. Russel. -Saunders Terms. d. 0. , d. 10. 1. S. d. 1. , d. 9. 2. D. d. 2. , d. 8. 3. F. , . 3. P, . 1. G, . 1. D, . 1. S. d. 3. , d. 7. 4. F. , . 4. P, . 2. H, . 2. How do we do these experiments?. How . do RIBs . play a role?. Connections to nuclear astrophysics. Sherry Yennello . 2015 EBSS. The nucleus as a liquid drop. N/Z asymmetry. Heat Input. Temperature. Ice (Solid). Ziam Ghaznavi. CHE 384T Lithography. November 30. th. , 2017. 1. Outline/Agenda. Motivation. Ion – Solid Interactions. Overview of IBL Systems . Future Outlook. 2. Motivation. SEMATECH and the ITRS. Redefining the Future of Assessments. Sept. . 2018. TCS . iON. Digital Assessment - Agenda. Experience in Assessments. 1. Infrastructure. 2. Manpower. 3. Solution. 4. Process. 5. Content. 6. Exam Governance. Highlights up to June 2017. Alessandra Lombardi. Jacques Lettry <Jacques.Lettry@cern.ch>; Jean-Baptiste . Lallement. <Jean-Baptiste.Lallement@cern.ch>; Giulia Bellodi <Giulia.Bellodi@cern.ch>; Fredrik John Carl Wenander <Fredrik.Wenander@cern.ch>; Edgar Mahner <Edgar.Mahner@cern.ch>; Michael O'Neil <Michael.Oneil@cern.ch>; Cristiano Mastrostefano <Christian.Mastrostefano@cern.ch>; Francesco Di Lorenzo <francesco.di.lorenzo@cern.ch>; Silvia Schuh-Erhard <silvia.schuh@cern.ch>; Stefano Benedetti <stefano.benedetti@cern.ch>; Martin Breitenfeldt <Martin.Breitenfeldt@cern.ch>; Matthew James Garland <jimmy.garland@cern.ch>; Sharif H M Ghithan <sharif.ghithan@cern.ch>; Toke Kay Thomas Kovener <toke.koevener@cern.ch>; Detlef Kuchler <Detlef.Kuchler@cern.ch>; Stefano Mattei <stefano.mattei@cern.ch>; Daniel Noll <daniel.noll@cern.ch>; Alexander Pikin <alexander.pikin@cern.ch>; Johanna Pitters <johanna.pitters@cern.ch>; Sylvain . a. LIGO. Carmen S. Menoni. Electrical & Computer Engineering. Colorado State University. Collaborators: . Le Yang (Grad. Student), Mariana Fazio (post-doctoral student), Colorado State University.