PPT-Devices for High-Efficiency Slow Extraction at J-PARC Main Ring

R Muto KEK JPARC 2023Oct13 HB2023 Outline Slow Extraction at JPARC Main Ring Devices for Slow Extraction 　 Electrostatic Septum ESS 　 Beam Diffusers at the upstream of ESS. Consumer Electronics. California Energy Commission. June 18, 2015. Key Points. Energy efficiency gains seen in mobile computing space can and should be replicated in other consumer electronic devices. Policy push could help move these efforts. the present status and future. T.Takahashi. KEK/J-PARC Center. Contents. Brief Introduction of J-PARC. Hadron Facility . Results of Commissioning and Physics Programs at each beamline. K1.8. /K1.8BR/K1.1BR. by Mike Plum. Ring Area Manager. Spallation Neutron Source. Workshop on Optics . Measurements, Corrections, and Modeling at High Performance Storage . Rings, CERN, . June 20-22, 2011 . High . i. ntensity challenges. Shuei YAMADA @ EPICS Collaboration Meeting 2013 Spring. 1. Acquisition of Long Waveform using Yokogawa SL1000. Shuei YAMADA. KEK / J-PARC. 2013 Apr.30-May.03. Shuei YAMADA @ EPICS Collaboration Meeting 2013 Spring. . H. . Sako. . (. ASRC/J-PARC, JAEA. ). for J-PARC Heavy-Ion Collaboration. TGSW2016 . Session 6 ". Universe Evolution and Matter . Origin” . Tsukuba, 2016/9/21. Outline. Introduction. HI acceleration. Extraction. : . the key physics for approaching . solar cell efficiency limits. Owen Miller*: Post-doc, MIT Math. Eli . Yablonovitch. : UC Berkeley, LBNL. *Currently working with Steven Johnson @MIT. Marina Quintero-. Pérez. Paul Jansen. Thomas E. Wall. Wim. . Ubachs. Hendrick. L. . Bethlem. Motivation. Why. . cold. . molecules. ?. Long coherence times. High precision measurements . COLD . = low velocities. & intelligent . control systems. Policy . & Regulatory . Paths. Dr. Eric Dannenmaier. Dean and Professor of Law, Northern Illinois University College of Law. Moderator. Great ideas ….. . Exit Signs that glow in the dark. A. . Guzilov (VDBT), . I. Syratchev (CERN). Recent developments and perspectives. Bunching-Alignment-Collecting (BAC) technology. BAC is technical extension of COM, where the impedances of the cavities triplet allows to reduces dramatically the spatial wavelength of the core oscillations, thus . Takao . Sakaguchi. Brookhaven National Laboratory. for the J-PARC HI Collaboration. J-PARC-HI Collaboration (Feb, 2017). Experiment. S. . Nagamiya. (JAEA/KEK/RIKEN). H. . Sako. , K. Imai, K. . Nishio. Synchrotrons. ‹#›. Simulations and Recent Measurements at MedAustron. Pablo Arrutia Sota. RHUL. TECH at CERN. JAI Fest, 6th December 2019. Outline. Introduction: From synchrotron to user. . Loss reduction at Extraction. Hiroyuki Sako (ASRC, JAEA / U. Tsukuba) for J-PARC-HI Collaboration. Outline. Overview of J-PARC-HI. Experimental design and simulations. Summary and Prospect. 1. J-PARC Heavy-Ion Project (J-PARC-HI). Building Equipment. Jonathan Rivin. Dave Wortman. Adam Helvey. Kaci Radcliffe. 25-Jun-19. 2. Project Overview. Developing procurement requirements for high efficiency building equipment (EO 17-20, item 3.D.). Building Equipment. Jonathan Rivin. Dave Wortman. Adam Helvey. Kaci Radcliffe. 25-Jun-19. 2. Project Overview. Developing procurement requirements for high efficiency building equipment (EO 17-20, item 3.D.).