PPT-Ion Source and LEBT

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. I i te nd to cover Re lat Bio ech cs to C lin ical R lev e 1 Cuff Mecha ics 2 Tendon Ana omy laye rs microanatomy blood supply 3 Pathomechanics of c ff tears Rotator cuff Mus les The s oulder complex comprises 30 mu scles These muscles both mo ve t 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 . A. . Hershcovitch. 1. , . V. I. Gushenets. 2. , D. N. Seleznev. 3. , A. S. Bugaev. 2. , S. Dugin. 4. ,. E. M. Oks. 2. , T. V. Kulevoy. 3. , O. Alexeyenko. 4. , A. Kozlov. 3. , G.N. Kropachev. 3. , R. P. Kuibeda. ?i do union i no inndd   ub iu for nd i no o b u d for drining uibiliy or rlibiliy of   produ  for p ifi u r ppli ion / I i  duy of ny u  u  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 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. 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. IRENA plasma ion source for SPIRAL2 project. RILIS in collaboration with ISOLDE-CERN . submitted NUPNET proposal: EURIMIS project. C. Lau . et al.. , EURISOL-NET, CERN 27-28 June 2011. IRENA plasma ion source for SPIRAL2. . C.A. Michael. 1. , N. A. Crocker. 1. , J. Hillesheim. 2. , T. L. Rhodes. 1. , W. A. Peebles. 1. , S. Freethy. 2. , K.G. McClements. 2. , M. Cecconello. 3. , A. Field. 2. , A. Jacobsen. 2. , . A. M. Comunian. Index. IFMIF RFQ DESIGN. RFQ input conditions ->LEBT Effects (Simulation <-> Measurements). RFQ beam transport -> Ideal vs Real RFQ (Simulation <-> Measurements). RFQ beam output -> MEBT Effects (Simulation <-> Measurements). Tony Hyun Kim. Chuang. . group. 2011 April 5. Optics integration in ion traps. QIP with 10s and 100s of qubits. Quantum light-matter interface (cQED). [1] D. Kielpinski, C. Monroe, D.J. Wineland. Nature 6890, 709-771 (2002). Compact Ion Sources . - . ALISES . ion sources family developed at CEA . Saclay. Olivier TUSKE. Université Paris-Saclay – CEA – Irfu. ICIS 2023 September 18, Victoria, BC, CANADA. OUTLINE. ECR . 1. NIFS . NINS, . 2. SOKENDAI, . 3. Kyushu . Univ. ., . 4. ORNL. 16th Technical Meeting on Energetic Particles in Magnetic Confinement Systems – Theory of Plasma Instabilities. K. Ogawa. 1,2. , M. Isobe. Department of Mechanical Engineering. November 2011. 1. What is LMIS ?. In . a . Liquid metal ion source (LMIS). , a metal (typically gallium) is heated to the liquid state and provided at the end of a capillary or a needle. Then a Taylor cone is formed under the application of a strong electric field. As the cone's tip get sharper, the electric field becomes stronger, until ions are produced by field evaporation. These ion sources are particularly used in ion implantation or in focused ion beam instruments..