ESS & Regional Sources/CANS M. Strobl ESS Deputy Head of - - PowerPoint PPT Presentation

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ESS & Regional Sources/CANS M. Strobl ESS Deputy Head of - - PowerPoint PPT Presentation

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ESS & Regional Sources/CANS M. Strobl ESS Deputy Head of Instrument Division Prof. X-ray and Neutron Imaging Techniques (NBI, KU) www.europeanspallaOonsource.se CANS DTU Nov 2016 ESS construcOon status milestone: 20% construcOon complete

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ESS & Regional Sources/CANS

  • M. Strobl

ESS Deputy Head of Instrument Division

  • Prof. X-ray and Neutron Imaging Techniques (NBI, KU)

www.europeanspallaOonsource.se

CANS DTU Nov 2016

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SLIDE 2

ESS construcOon status milestone: 20% construcOon complete

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SLIDE 3

ESS construcOon status

A recent milestone – tunnel ready for installaOons

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SLIDE 4

ESS construcOon status

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SLIDE 5

ESS Timeline and Milestones

2014

Construc.on work starts on the site

2009

Decision: ESS will be built in Lund

2025

ESS construc.on complete

2003

First European design effort of ESS completed

2012

ESS Design Update phase complete

2019

First beam on target

2023

ESS starts user program

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SLIDE 6

ESS: A European Science Project

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SLIDE 7

Project Commitments

þ 5 MW pulsed neutron source, brightest neutron source þ 22 world leading instruments þ Construc.on cost of 1,843 B€ þ Steady-State Ops at 140 M€/year

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SLIDE 8

ESS – New GeneraOon Neutron Source

Berkeley 37-inch cyclotron 350 mCi Ra-Be source Chadwick

1930 1970 1980 1990 2000 2010 2020 105 1010 1015 1020 1

ISIS

ParOcle driven pulsed

ZING-P ZING-P’ KENS WNR IPNS ILL X-10 CP-2

Fission reactors

HFBR HFIR NRU MTR NRX CP-1

1940 1950 1960 EffecOve thermal neutron flux n/cm2-s

(Updated from Neutron Sca,ering, K. Skold and D. L. Price, eds., Academic Press, 1986)

FRM-II SINQ SNS J-PARC LANSCE OPAL PIK

2030

CARR CSNS Dhruva IBR-II NIST RSG LVR JRR-3

ParOcle driven steady state Pulsed reactor

HANARO HIFAR SAFARI-1 SALAM ETERR-2 MARIA HOR JEEP II ORPHEE

Reactor Sources Spalla.on Sources

Year

ESS

  • ESS will be more powerful and brighter than exisOng sources
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SLIDE 9

ESS – A science tool

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SLIDE 10

10

Geoscience Lightning Tailor made materials Medicine Solar energy Biofuels Transportation Cosmetics Food Mobile phones Pacemakers Implants New materials

ESS – A science tool

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SLIDE 11

Superconductivity Magnetism Crystallography Excitations Proteins ESS: Fundamental

Levitation of superconductor

Catalysts Engineering Materials Electronics Hydrogen economy Medicine

Levitation of normal conductor

& Applied Research

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SLIDE 12

2013-10-11 STC16 Agenda Item 9!

Kinetics of Complex micro-fluids! In Operandi Advanced Energy Devices !

1960! 1970! 1980! 1990! 2000’ s! 2020+!

Neutron Science Pushes the Boundaries

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SLIDE 13

10-6 10-3 1 103

kine.c studies spectroscopy

magneOc fields domains moving components macroscopic diffusion external sOmuli structure growth crystallizaOon phase transiOons

Time scale in seconds

But why neutrons, what can they do for us?

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SLIDE 14

ODIN DREAM NMX MIRACLES BEER C-SPEC T-REX MAGIC BIFROST HEIMDAL FREIA LoKI SKADI VESPA ESTIA

VOR 15 Neutron Instruments (2025)

50 m 100 m 150 m

The ESS Neutron Instruments

Instrument Layout (Jan 2016)

Proton beam

HR-NSE

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SLIDE 15

ODIN SKADI LOKI

Surface Scalering

FREIA ESTIA HEIMDAL DREAM

MonochromaOc Powder Diffractometer

BEER

Extreme CondiOons Diffractometer

MAGIC NMX C-SPEC VOR T-REX BIFROST/CAMEA VESPA MIRACLES

High-ResoluOon Spin-Echo Wide-Angle Spin-Echo Fundamental & ParOcle Physics

Large-Scale Structures Diffraction Spectroscopy

life sciences magneOsm & superconducOvity soo condensed maler engineering & geo-sciences chemistry of materials archeology & heritage conservaOon energy research fundamental & parOcle physics

The ESS Neutron Instruments

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SLIDE 16

ESS - Bridging the Neutron Gap

  • ESS will be more powerful and several Omes brighter than exisOng faciliOes
  • Complements exisOng neutron scalering faciliOes

Berkeley 37-inch cyclotron 350 mCi Ra-Be source Chadwick

1930 1970 1980 1990 2000 2010 2020 105 1010 1015 1020 1

ParOcle driven pulsed

ZING-P ZING-P’ KENS WNR IPNS ILL X-10 CP-2

Fission reactors

HFBR HFIR NRU MTR NRX CP-1

1940 1950 1960 EffecOve thermal neutron flux n/cm2-s

(Updated from Neutron Sca,ering, K. Skold and D. L. Price, eds., Academic Press, 1986)

FRM-II SINQ SNS J-PARC OPAL PIK

2030

CARR CSNS Dhruva IBR-II NIST RSG LVR JRR-3

ParOcle driven steady state Pulsed reactor

HANARO HIFAR SAFARI-1 SALAM ETERR-2 MARIA HOR JEEP II ORPHEE

Reactor Sources Spalla.on Sources

Year

ESS

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SLIDE 17

NSS Build Partners

* * * * * * * * * * * * * * * * *

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SLIDE 18

ODIN SKADI LOKI

Surface Scalering

FREIA ESTIA HEIMDAL DREAM

MonochromaOc Powder Diffractometer

BEER

Extreme CondiOons Diffractometer

MAGIC NMX C-SPEC

VOR

T-REX BIFROST VESPA MIRACLES

High-ResoluOon Spin-Echo Wide-Angle Spin-Echo Fundamental & ParOcle Physics

Large-Scale Structures Diffraction Spectroscopy

life sciences magneOsm & superconducOvity soo condensed maler engineering & geo-sciences chemistry of materials archeology & heritage conservaOon energy research fundamental & parOcle physics

The ESS Neutron Instruments

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SLIDE 19

The ESS Neutron Instruments

ExperOse in neutron scalering and instrumentaOon

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SLIDE 20

Small neutron sources

250kW TRIGA Mark-II Reactor

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SLIDE 21

Synergies – EducaOon/Training

TRIGA – Training, Research, Isotope, General Atomic

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Synergies – Developments

Technology Methods Prototypes TesOng Data SimulaOon

α e so le, ase i S re α ],

  • rd,

etc. d at r f is

  • Fig. 2. Bragg-edge transmission spectra measured at HUNS, and the

profile fitting curves obtained by RITS.

40% 45% 50% 55% 60% 65% 70% 0.30 0.35 0.40 0.45 0.50 Neutron transmission Neutron wavelength / nm

Large crystallites & <111> (No. 1) Fitting to No. 1 Large crystallites & <110> (No. 2) Fitting to No. 2 Small crystallites & No texture (No. 3) Fitting to No. 3

α-Fe {110} Bragg edge

  • s.
  • Spin Flipper

Spin Rotator Spin Rotator Sample Analyzer Polarizer Collimator 2D-Detector y x z Sample Analyzer Polarizer 2D-Detector x

  • Cold n

Fast n Thermal n

HUNS & JPARC

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SLIDE 23

Synergies – Complementary applicaOons

  • Fig. 1. SANS in steel samples with (filled markers) and without (open

markers) nanoscopic precipitates.

nt views (240 project

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SLIDE 24

Synergies – ExperOse/User Base

life sciences magneOsm & superconducOvity soo condensed maler engineering & geo-sciences chemistry of materials archeology & heritage conservaOon energy research fundamental & parOcle physics

UniversiOes sustainable accessible porqolio

  • f neutron

sources Experts & Users

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SLIDE 25

Synergies – ExperOse/User Base

life sciences magneOsm & superconducOvity soo condensed maler engineering & geo-sciences chemistry of materials archeology & heritage conservaOon energy research fundamental & parOcle physics

UniversiOes sustainable accessible porqolio

  • f neutron

sources Experts & Users

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SLIDE 26

ESS Policy ESS supports regional source ini.a.ves

Can provide:

  • Advice and experOse
  • CollaboraOon
  • PoliOcal support

Cannot provide:

  • resources
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SLIDE 27
  • M. Strobl

ESS Deputy Head of Instrument Division

  • Prof. X-ray and Neutron Imaging Techniques (NBI, KU)

www.europeanspallaOonsource.se DTU CANS Nov 2016

Thank you!

markus.strobl@esss.se