Activity Report on ANPhA (in place of Dong-Pil Ming)

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1 2014 GSI July 11, 2014 Activity Report on ANPhA (in place of Dong-Pil Ming) H. Sakai ANPhA Observer RIKEN

2 As of today Member countries and regions alphabetical order Australia China Ind ia Jap an Korea M ong olia Taiw an Vietnam

3 8th ANPhA Board Meeting and 6th ANPhA Symposium VECC, Kolkata, Feb. 2014

4 ANPhA Board Meeting

6 8 th ANPhA Board Meeting (19 Feb.) Photo by Motobayashi

ANPhA-support symposia: OMEG2015 (Beijing, June

7 8 th ANPhA Board Meeting (19 Feb.) New chair: from Korea <= Yanlin Ye (China) Dong-Pil Min was nominated later. # Vice Chairs: Anthony Thomas, Weiping Liu Joining AAPPS as a division Discussion continues. ANPhA-support symposia: OMEG2015 (Beijing, June 24-27, 2015) ISPUN2014 (Ho Chi Minh, Nov. 3-8, 2014) Next Board Meeting in Vietnam or Korea

8 ANPhA Symposium 1 st Tokai 2 nd Seoul 3 rd Lanzhou 4 th Adelide 5 th Taipei 6 th Kolkata Japan Korea China Australia Taiwan India Issues of ANPhA activity (an observer s observation) Activity remains minimum. It still remains as an information exchange club. Almost no collective/harmonic motion. Join Association of Asia Pacific Physical Societies (AAPPS) as a division?

9 VECC Director ANPhA chair Former Dir. What?

12 India June 2013 INPC

13 Courtesy of Dong-Pil Ming Status of the RAON Accelerator Systems 중이온가속기사업단 Institute for Basic Science

14 RAON Facility 1,049,505m 2 Supply/Test/Office Bldg Exp. Halls Preserved Forest Area IF Target Injector Driver SC Linac Post Accelerator Main Control Center Exp. Halls

15 RAON Layout and Beam Parameters Driver Linac Post Acc. Cyclotron Particle High Energy Exp. 2 H + O +8 Xe +54 U +79 RI beam proton Beam energy (MeV/u) IF SYSTEM Injector High Energy Exp. 1 Beam current (pμa) Power on target (kw) > SCL1(QWR) ISOL SYSTEM SCL1(HWR) Cyclotron SCL2(SSR) Low Energy Exp. Cryogenic System Charge Stripper 15

16 RAON status The RAON has phased into prototyping stage. Fabrication of ECR Ion Source is in progress and beam test in late Superconducting magnet assembly is fabricated and being tested. The RAON is undertaking prototyping efforts: RFQ Superconducting cavities through domestic vendors and international vendors Cryomodules through domestic vendors HTS(High Tc Superconductor) quadrupole coil in collaboration with domestic research institutes LTS(Low Tc Superconductor) quadrupole Close collaboration with International Partners such as CEA, CNRS, GSI, IHEP, INFN, KEK, TRIUMF, etc 16

17 Budget and Schedule RAON budget Accelerator and Experiment Systems : $420M (460.4B Won) Conventional Facility : $568M (624.3B Won) Recently schedule is adjusted to 2021 completion Construction Schedule CD : Conceptual Design TD : Technical Design CD We are here! TD SC Cavity 1st article Accelerator Systems Prototyping Baseline Design Summary Technical Design Report Fabrication Install & Commission

18 Some Recent Activities in China 18

Idea of Beijing ISOL Experiment of unstable beam ~100-150 MeV/u application 60MW, neutron flux 8 10 14 n/cm2 s CARR reactor CARR Target chamber 20-22 MeV/u,10 ma D LINAC Ion Source Secondary beam

25 Idea of Beijing ISOL Experiment of unstable beam ~ MeV/u application 60MW, neutron flux n/cm2 s CARR reactor CARR Target chamber MeV/u,10 ma D LINAC Ion Source Secondary beam line n converter Mass separator Target chamber DTL DTL LINAC DTL DTL Bunching RFQs RFQ Stable ECR ion source Charge breeder High-resolution Mass-selector Experiments of SHE etc MeV/u Experiments of decay Charge ~100 kev selector

26 RIBF Accelerator Complex SRC Superconducting Ring Cyclotron K2600MeV 400 MeV/u Light-ion beam 345 MeV/u Uranium beam 26

Research Highlights (2011-2013) Search for

isomers 超新星 132 discovered Nuclear islands

uranium beam accelerated with SRC as high

under progress GSI RIBF operation fee is

slow-ri Measurements of cross section and

27 Research Highlights ( ) Search for element 113 concluded at last. After many years of painstaking work. Successive findings of new isotopes and new isomers 超新星 132 discovered Nuclear islands of deformation and neutron-halo Intense uranium beam accelerated with SRC as high as 25 pna - current world s record, still under progress GSI RIBF operation fee is Study of neutron halo with optical spectroscopy and mass a headache measurements with! slow-ri Measurements of cross section and parity violating spin asymmetries of W± boson production in polarized p+p collisions at RHIC Evidence for a new nuclear magic number Asymmetries in corecollapse supernovae from maps of radioactive 44 Ti in Cassiopeia A New cherry blossom cultivars created by heavyion breeding Tenth order QED calculation of the electron and muon g-2 From Quarks to the Structure of Neutron Stars 27

28 Backup of RAON

29 RAON Driver Linac RAON SCL is designed to accelerate high intensity beams. Focusing by NC quad doublets rather than SC solenoids. Prototyping of major subsystems is in progress such as ECR ion source, RFQ, superconducting cavities, cryomodules, and HTS superconducting magnets. 29

ECR ion source and RFQ prototyping 28 GHz ECR ion source - for high

employed. - superconducting magnet assembly is under test now.

30 ECR ion source and RFQ prototyping 28 GHz ECR ion source - for high charge, high intensity ion beam production, 28 GHz ECR ion source is employed. - superconducting magnet assembly is under test now. SC magnet RFQ design is completed in Aug/2013 and prototyping is in progress keV/u, 5 meter long - Prototype 1 st brazing failed (April 2014) - brazing process improved - obtained positive results (June 2014) ECR ion source RFQ prototype 30

31 Superconducting Cavity Prototyping QWR Final EBW HWR Clamp up Test SSR1 Clamp up Test SSR2 Clamp up Test Final welding will be done in June by Vitzrotech and SFA. Vertical tests will be performed in 2014.

32 Cryomodule Prototyping QWR Cryomodule HWR#1 Cryomodule HWR#2 Cryomodule SSR#1 Cryomodule SSR#2 Cryomodule 32

33 HTS magnet prototyping (High Tc Superconducting) IF separator employs HTS magnets due to high radiation heating. HTS magnet prototyping is in progress. HTS coil for Quadrupole Magnet Stainless steel HTS 12 mm 36 mm First test coil was wound in April. 1. Metal Insulation (stainless steel) 2. Critical current Measured critical current = 202 A (critical current = 207 A ) at LN 2 3. Conduction cooling test at 50 K(on going)

Progress of RAON Heavy Ion Accelerator Project in Korea

Progress of RAON Heavy Ion Accelerator Project in Korea Sunchan Jeong Rare Isotope Science Project (RISP) 중이온가속기 사업단 Institute for Basic Science (IBS) May 13, 2016 IPAC2016 Contents Rare Isotope Science