PPT-NSLS-II Transition to Operations

Erik D Johnson Deputy ALD for Programs Science Advisory Committee April 4 2011 Science Program Goals 1 Very fast ramp up of science program 2 Continuous service to user community 3 Dramatically advanced capabilities and high productivity. Takeoff speeds are a safety key element fo r t of an d en able pilot sit at ion l awareness and decisionmaking thi very dynami c si tuati n The use of erroneous takeoff speeds can lead to tail strikes highspeed rejected ta keoffs or initial climb w Rule # 1:. Rule # 2:. DON’T PANIC!. See Rule # 1. Our Goals for Tonight:. Familiarize . parents . and families with West Hartford’s . middle school . program. . and. . Provide information to help navigate the transition. for Beam Commissioning and Operation. Guobao Shen. Controls Group, Photon Sciences. Brookhaven National Laboratory. Feb, 2014. Content. NSLS II Overview. NSLS II Control Brief. Virtual Accelerator. EPICS V4 based Middle Layer Service. 1. Early planning is crucial for youth transitioning to adulthood. Sufficient lead time is necessary for successful preparation, for this phase of their life. This early notification allows a youth with developmental needs the benefit of the assistance, guidance and support available though the collaboration of child and adult serving state departments, schools and community supports. Jill McAvoy, M.A., LBS I. Deborah Hauck Ford, M.S.,C.R.C.. . Career Readiness and Common Core State Standards. Students need to be prepared for careers that require at least some college to meet the needs of the job market of the future.. 15.1 General Properties of Transition Metals. 15.2 Complex Formation and the Shape of Complex Ions. 15.3 Coloured Ions. 15.4 Variable Oxidation States of Transition Elements. 15.5 Catalysis. 15.1 General Properties of Transition Metals. a. . Strongly Correlated Electron (. La,Pr,Ca. )MnO. 3. Film. Electric Double Layer Transistor. Source. Drain. Gate. Ionic liquid. 1. Takuro. Nakamura. 2. 3d transition metal oxide materials. Ti. Ni. Chris Rindosh. Purpose of this workshop. Help organizations set themselves up for a successful next year. Not making your next set of officers start over from square one. Collecting/imparting important organization documents from one executive board to the next. Rule # 1:. Rule # 2:. DON’T PANIC!. See Rule # 1. Our Goals for Tonight:. Familiarize . parents . and families with West Hartford’s . middle school . program. . and. . Provide information to help navigate the transition. Yoshiteru Hidaka. Electron and X-Ray Beam Stability Review. 01/18/2018. Outline. Overview. of NSLS-II Insertion Devices. Beam Size Change from ID Gap/Phase Variations. Beam-based Coupling Measurement. Gregory Fries, NSLS-II . Accelerator Division . Project Engineer. SST ID & FE IRR. November 8. , 2017. Outline. Scope. Machine Status & Operating . Schedule. Source . & Straight Layout. ID Refurbishment. Chris Stebbins. Project Engineer. Photon Science Division. February . 15, . 2017. Outline. Scope. Technical Team. First Optical Enclosure. Mechanical Utilities. . . Electrical Utilities. Personnel . Zhijian Yin. Level 2 Manager for WBS 2.04. DOE CD-4 Review of NEXT Project. May 31, 2017. Beamline Controls Completion Summary. Beamline Controls design complete - . July . 2014. Assigned each beamline a controls engineer as interface to beamline scientists and other engineers. Controls engineers implement controls to conform NSLS-II beamline control standards, interface with other groups (IT, infrastructure, EPS) during construction. Overview for IRR. Gregory Fries, . Accelerator . Division . Project Engineer. NYX Insertion Device & Front End IRR. November 8, 2016. Outline. Scope. Machine Status & Operating Schedule. Source Specs, Layouts, Installation & Readiness.