PPT-2018 beam-into-gas calibration of the KSTAR MSE Background

Polychromator S Scott PPPL R Mumgaard CFS J Ko NFRI Paper CP1100101 60 th APSDPP Portland OR Nov 59 Work supported by US DoE contracts DESC0016409 and DEAC0209CH11466 and grant DESC0016614. pi ca nf er ng he des ed nf he ea ur em en es nco ng del ha epr es en ur pr no edg el ef ut ho he ea ur em en el he ua es er es nf er ence ut co uo us ndo bl es nd ul el ut ndo pr ces es he pi hi ha pt er nd ev er ha One ey ep he duct er cr er ha ea Plan for 2009-2010. July . 27. . . 2009. M. Kwon and the KSTAR Team. National . Fusion Research Institute. EPICS. . Technical . Meeting. , . NFRI. , . July . 27-29, . 2009. Outline. Introduction. Operation result in 2008. Craig Markwardt & Bev . LaMarr. GSFC. PI: Keith . Gendreau. , NASA GSFC . Science: . Understanding ultra-dense matter via soft X-ray timing spectroscopy of neutron stars . Platform: International Space Station . the . KSTAR . B. eam. . Emission. . Spectroscopy. . diagnostic system. Máté Lampert. Wigner Research Centre . for. . Physics. Hungarian. . Academy. of . Sciences. Budapest, Hungary. E-mail: . LAUSD School Mental Health. October 29, 2014. Presenter: Eugene Alper, LCSW. Assessment. A . complete and thorough assessment:. Lays the foundation for an accurate diagnosis . Demonstrates medical necessity and the need for services.. Sulhee. . Baek. shbaek@nfri.re.kr. KSTAR Research Center. KSTAR Project. KSTAR - Korea Superconducting . Tokamak. Advanced Research. Missions -. Development of . a steady-state-capable advanced superconducting . 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. Laser Calibration System for sPHENIX TPC B.Azmoun , BNL Laser beams as a Calibration tool Objective: Use 266nm laser (4.66eV) to liberate charge along beam trajectory to simulate controlled particle tracks in TPC (long history for using laser beams in gaseous detectors) Amir Salehilashkajani, Liverpool University. 3. rd. OMA Topical Workshop – Medical Accelerator Design and Diagnostic. A.salehilashkajani@liverpool.ac.uk. Outline. Low energy accelerators and diagnostics considerations. . NRAO – Green Bank. November 2012. Receiver calibration sources allow us to convert the backend’s detected voltages to the intensity the signal had at the point in the system where the calibration signal is injected.. #6. Cedric Baud, B. Balhan, . Jan Borburgh. , Brennan Goddard, Wim Weterings. Contents. Scope. Diluter calculations. Validations of calculations. Beam conditions. Post irradiations steps. References. Alan E. E. Rogers - co-I MIT Haystack . Raul A. . Monsalve. - Postdoc Arizona State University. Judd D. Bowman - PI Arizona State University. H1 – low-1 10x10 ground plane. H2 – low-1 30x30 ground plane. B. Jeanneret. ABP BB-meeting. 28. th. June 2013. Goal of the study. Evaluate the impact . of the . betatronic. divergence of . the ‘strong’ beam in the presence of a crossing angle and with considering the longitudinal distribution of the bunches (question raised by .