PPT-Study of a new high power spallation target concept

Author : myesha-ticknor | Published Date : 2016-08-10

Yongjoong Lee ESS Materials Target Division 5 th High Power Targetry Workshop May 20 2014 Spallation Target at ESS 5 MW spallation source 5 MW 20 GeV25 mA proton

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Study of a new high power spallation target concept: Transcript

Yongjoong Lee ESS Materials Target Division 5 th High Power Targetry Workshop May 20 2014 Spallation Target at ESS 5 MW spallation source 5 MW 20 GeV25 mA proton beam 286 ms long beam pulse with 14 Hz repetition rate. for Disposing of Spent Nuclear Fuels . Yousry Gohar. Nuclear Engineering Division. . Argonne National Laboratory. Batavia, Illinois. November 9, 2010. Spallation Neutron Target and Transuranic Transmutation. Neutrino Source. 1. SNS layout. 2. 1.0 . GeV. proton linear accelerator. Accumulator ring. Main . target. Stripping foil. SNS Parameters. 3. Proton beam energy – . 1.0 . . - 1.4 . GeV. Intensity - 9.6 . Robert Wham, Ph.D.. Presented to. Future in Space Operations. April 20, 2016. You Tube. . . https://www.youtube.com/watch?v=9YmkxGdp-b0. . Why Pu-238 as a Heat Source?. Long half-life- 87.7 years. Yongjoong. Lee. ESS, Materials. , Target Division. 5. th. High Power . Targetry. Workshop. May 20, 2014. Spallation Target at ESS. 5 MW spallation source. 5 MW (2.0 GeV/2.5 mA) proton beam . 2.86 ms long beam pulse with 14 Hz repetition rate. of a . Muon. Collider or Neutrino Factory. K. McDonald. Princeton U.. . (August . 29, 2014). NuFact’14. U Glasgow. The Target System Concept. A . M. uon. Collider needs . muon. beams of both signs.. Tony Gabriel. University of Tennessee. April 19, 2013. Acknowledgements: A very strong thank you to the staff of the SNS for providing many of the slides. Special thanks to Phil Ferguson, Bernie . Riemer. Driven System Target Requirements and R&D. Stuart Henderson. Fermilab. January 13, 2012. Accelerator Driven Systems. High-power, highly reliable proton accelerator. ~1 . GeV. beam energy. ~1 MW of beam power for demonstration. of a . Muon. Collider or Neutrino Factory. K. McDonald. Princeton U.. . (August . 29, 2014). NuFact’14. U Glasgow. The Target System Concept. A . M. uon. Collider needs . muon. beams of both signs.. Stuart Henderson. Fermilab. January 13, 2012. Accelerator Driven Systems. High-power, highly reliable proton accelerator. ~1 . GeV. beam energy. ~1 MW of beam power for demonstration. Tens of MW beam power for Industrial-Scale System. SOCIAL MARKETING . Concept Development. 1. people, place, product, price, participation, promotion, policy, programs, positioning, partnerships. ,. poo. ,. pee. UBSUP Social Marketing: . Concept development . Innovative. . Ideas. and New R&D. Session 5 Chair: Markus Nordberg. Thursday . February. 9, 2017. Status. of . Accelerator-. Driven. . Systems. . Research. and . Technology. . Development. Mark Wendel. Transformative Hadron . Beamlines. Workshop . 21-23 July . 2014 . Brookhaven National Laboratory. SNS – running since 2006. Mission is focused on neutron science. 1.4 MW . on target, 1 . A potential new access to neutrons. . Yong. . Joong. LEE (ESS). Mikael Jensen. . (DTU-NUTECH). April 30, 2019. Kick-off Meeting on New H2020 Project, . Erice. , . Italy. Mission Statement: ESS Radioisotope Production Station. MACHINE LEARNING. GOALS. Define the problem.. Prove some basic bounds.. MACHINE LEARNING. What is machine learning?. Core PROBLEM. . =. Or . – The labeled training examples. Main goal: Classification rule.

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