PPT-BLIP Operations

Author : lois-ondreau | Published Date : 2017-06-05

May 28June 4 2013 Operations at 1395 MeV and 1175 MeV for and Sr82 production until Weekly average intensity was 871 µA for 1585 hours on target but

Presentation Embed Code

Download Presentation

Download Presentation The PPT/PDF document "BLIP Operations" is the property of its rightful owner. Permission is granted to download and print the materials on this website for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.

BLIP Operations: Transcript


May 28June 4 2013 Operations at 1395 MeV and 1175 MeV for and Sr82 production until Weekly average intensity was 871 µA for 1585 hours on target but intensity lowered for weekend operations with . sMAP. + . StreamFS. + Apps. Jorge Ortiz and Jeff Hsu. Climate application-- controls local temperature by applying model to data stream and . sMAP. actuation. Mobile inventory and power-visibility application. Operations Team Member – Department Clearing Operations Location Mumbai/Delhi/Chennai Number of Positions 3 ( at each location ) Reporting Relationships Operations Team Supervisor Position As April . 14. , . 2015. Time Meeting. D. Raparia. D. Raparia. 2. Status. Linac running in good condition for polarized proton and BLIP. .. Sunday night , Replaced IGGY motor in mod-6 Cap Bank (0.5 HRS). August Technical Meeting August 03 2016. BLIP Irradiation Planning 5. Ra. diation . D. amage . I. n . A. ccelerator . T. arget . E. nvironments. Meeting documents. posted on . RaDIATE. website. Current meeting slides. Status – running at 117.5MeV . BLIP weekly average beam current 104.3µA, the highest weekly average this year. This includes purposely reduced beam current over the weekend. Weekly beam time on target returned to more usual levels of 162.0 hours.. May . 30. . , 2017. Time Meeting. EBIS. NSRL run . 17B started on . 05. /. 29. /. 2017. NSRL . . Si, . Ta, . Xe. , . GCR: . S. i, Fe, proton (Linac). . 12 . Au pulse mode . for AGS setup . May . 23. . , 2017. Time Meeting. EBIS. . NSRL . run 17A was ended on 05/18/2017. NSRL Last week . . Si, Kr, Au, Fe. EBIS tested 12 pulse mode for Au. Au for AGS setup later this week. NSRL run 17B will start on 05/29/2017. June 13. . , 2017. Time Meeting. EBIS. . EBIS. running for RHIC and NSRL. 12 pulses of Au for RHIC (1.4e10 p). NSRL . . Last week. . . Fe, proton (Linac. ). . This Week . . Si, C, Fe, He, XE, Ta, Au, GCR. Supply Chain Management Introduction. Lecture Outline. What Operations and Supply Chain Managers Do. Operations Function. Evolution of Operations and Supply Chain Management. Globalization and Competitiveness. Ti. -alloy Specimens for BLIP test. Specimen . configuration. F. Pellemoine, November 2016. , Slide . 2. 1. 3. 2. DMLS-HIP. DMLS-As received. DMLS-As received. 1. 2. DMLS-HIP. 2. 2. DMLS-HIP. 2. DMLS-HIP. BLIP Irradiation Planning VC Meeting 14. Ra. diation . D. amage . I. n . A. ccelerator . T. arget . E. nvironments. BLIP Irradiation Update. Run 1 of . RaDIATE. irradiation complete. Many thanks to our BNL colleagues!!. Nancy . Majure. – EAM Global Business Practice Manager, QAD. Additional Title Text. 2. The following is intended to outline QAD’s general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, functional capabilities, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functional capabilities described for QAD’s products remains at the sole discretion of QAD.. 2017 Recap. The Industry. Part 107 in full swing. Just over 1,000,000 drones registered (as of Jan 2018). First verified collision between small UAS and manned aircraft. September 21. st. , 2017. DJI Phantom 4 and Army Blackhawk helicopter collided near Staten Island, New York. Medical Operations Support for ISS Operations The Role of the BME Operations Team Leads Rob Janney Veronica Sabatier Space Medicine Division SD2 Medical Operations Support for ISS Operations Consists of a team of flight surgeons, biomedical flight controllers (BMEs), and BME Operations Team Leads (OTLs). Together, they possess a unique responsibility to the onboard ISS crew.

Download Document

Here is the link to download the presentation.
"BLIP Operations"The content belongs to its owner. You may download and print it for personal use, without modification, and keep all copyright notices. By downloading, you agree to these terms.

Related Documents