COMMISSION IMPLEMENTING DECISION (EU) 2015/1478
of 19 August 2015
on setting up the European Spallation Source as a European Research Infrastructure Consortium (European Spallation Source ERIC)
(Text with EEA relevance)
Article 1
Article 2
ANNEX
PREAMBLE
CHAPTER 1
Article 1
Name, seat and working language
Article 2
Tasks and activities
CHAPTER 2
Article 3
Membership and representing entity
Article 4
Admission of members and observers
Article 5
Withdrawal of a member or an observer/termination of membership or observer status
CHAPTER 3
Article 6
Members
Czech Republic |
5,52 M EUR |
The Kingdom of Denmark |
230 M EUR |
The Federal Republic of Germany |
202,5 M EUR |
The Republic of Estonia |
4,61 M EUR |
The French Republic |
147 M EUR |
The Italian Republic |
110,6 M EUR |
Hungary |
17,6 M EUR |
The Kingdom of Norway |
46,07 M EUR |
The Republic of Poland |
33,2 M EUR |
The Kingdom of Sweden |
645 M EUR |
The Swiss Confederation |
64,5 M EUR |
Article 7
Observers
CHAPTER 4
Article 8
Organs of the Organisation
Article 9
Council
Article 10
Voting procedure
Article 11
Director-General
Article 12
Administrative and Finance Committee (AFC), Scientific Advisory Committee (SAC) and Technical Advisory Committee (TAC)
CHAPTER 5
Article 13
Reporting to the Commission
CHAPTER 6
Article 14
Agreement with third parties
Article 15
Procurement policy and tax exemption
Article 16
Liability
Article 17
Scientific evaluation and access policy
Article 18
Operation
Article 19
Decommissioning
Article 20
Dissemination Policy
Article 21
Intellectual property rights policy and data policy
Article 22
Inventions
CHAPTER 7
Article 23
Financial year
Article 24
Auditing and Financial Rules
CHAPTER 8
Article 25
Duration
Article 26
Winding up
Article 27
Applicable law
Article 28
Employment
Article 29
Disputes
Article 30
Availability of Statutes
Article 31
Setting-up provisions
CHAPTER 9
Article 32
Annexes
Article 33
Languages
ANNEX 1
1. PURPOSE AND SCOPE OF THIS ANNEX
2. BACKGROUND
3. BASIC OBJECTIVES
4. SCIENTIFIC SCOPE
5. TECHNICAL SCOPE
ESS Data Management and Software Center (ESS DMSC) |
||||
Instrument control Software |
Data Curation |
Monte Carlo simulation code support |
Data analysis and visualization |
User-Portal |
Instrument Control Software Remote access to Experiments Real time display of preprocessed data to the user during the experiment On-site (ESS-Lund) operation Support |
Transport raw data to main servers for storage Preprocessing of raw data to a format suitable for further use Web and mobile devices portal providing access to user data following EU rules. |
Develop and support Monte Carlo modeling software of neutron instruments Provide support for Modeling of instrument-sample-specific features for data analysis On-site (ESS-Lund) operation Support |
Develop and support data analysis and visualization software. Provide bridging solutions to aid modeling of neutron data with state-of-the-art physical modeling and theory software Provide access to High-Performance computing On-site (ESS-Lund) operation Support |
Provide and support a web-based user portal for the submission and review of user proposals. Provide and support web-based tools that aids users to access their data. On-site (ESS-Lund) operation Support |
6. PERFORMANCE AND DESIGN GOALS
ANNEX 2
1. INTRODUCTION
2. COST OF THE PROJECT
3. PROJECT SCHEDULE
4. BUDGET PROFILE.
5. STAFFING PROFILE
ANNEX 3
ANNEX 4
No. |
ESS Project |
ESS WU Name |
Contract Partner |
Country |
TOTAL (kEUR) |
1 |
Accelerator |
B1 Superconducting Linac is for DESY |
DESY |
DE |
971,4 |
2 |
Accelerator |
Back-up Study for ESS Proton Source |
ESS-Bilbao |
ES |
477,08 |
3 |
Accelerator |
Normal conducting linac |
INFN |
IT |
3 725 |
4 |
DMSC |
SD014DE — HDRI Communication Platform |
HZG |
DE |
470,2 |
5 |
DMSC |
Design update for the ESS Data Management and Software Centre (DMSC) |
UCPH |
DK |
402,4 |
6 |
DMSC |
Cluster Interim DMSC |
UCPH |
DK |
1 205,9 |
7 |
DMSC |
MANTID cooperation |
UCPH |
DK |
123,9 |
8 |
Instrument |
CAMEA |
DTU |
DK |
480,5 |
9 |
Instrument |
SD017DC/b DK Horizontal Focusing Reflectometer |
DTU |
DK |
79,5 |
10 |
Instrument |
Compact SANS |
DTU |
DK |
82,1 |
11 |
Neutron Technologies |
Neutron Optics |
DTU |
DK |
80,2 |
12 |
Instrument |
Hybrid Diffractometer |
DTU |
DK |
168,9 |
13 |
Instrument |
SD001DE/b Bispectral Chopper Spectroscopy |
Forschungszentrum Jülich GmbH |
DE |
393,7 |
14 |
Instrument |
SD001DE/a Cold Chopper Spectroscopy |
TUM |
DE |
258,7 |
15 |
Instrument |
SD002DE/a High Resolution NSE |
Forschungszentrum Jülich GmbH |
DE |
318,8 |
16 |
Instrument |
SD0002DE/b Wide Angle NSE |
Forschungszentrum Jülich GmbH |
DE |
67,6 |
17 |
Instrument |
SD003DE/a Reflectometer for Liquid Surfaces and Soft Matter |
HZB |
DE |
533,6 |
18 |
Instrument |
SD004DE/ab Conventional SANS |
Forschungszentrum Jülich GmbH |
DE |
112,1 |
19 |
Instrument |
SD004DE/C Small Sample SANS |
HZG |
DE |
617,9 |
20 |
Instrument |
SD005DE/a Bi-spectral Powder Diffractometer |
Forschungszentrum Jülich GmbH |
DE |
272,7 |
21 |
Instrument |
SD005DE/b Engineering Diffraction |
HZG |
DE |
903,7 |
22 |
Instrument |
SD006DE Multi-Purpose High Resolution Imaging |
HZB |
DE |
758,0 |
23 |
Instrument |
SD007DE/b Alternative NSE and Add-ons |
TUM |
DE |
635,9 |
24 |
Instrument |
SD007DE/c Focusing Optics for Spectroscopy |
TUM |
DE |
137,1 |
25 |
Instrument |
SD007DE/a Phase Space Transformers |
HZB |
DE |
65,1 |
26 |
Instrument |
SD008DE Multi Purpose Extreme Environment Diffraction |
HZB |
DE |
389,3 |
27 |
Neutron Technologies |
SD009DE — Choppers |
Forschungszentrum Jülich GmbH |
DE |
828,5 |
28 |
Neutron Technologies |
SD010DE — Detectors |
TUM |
DE |
4 785,8 |
29 |
Neutron Technologies |
SD011DE — Polarisers (3HE) |
Forschungszentrum Jülich GmbH |
DE |
417,4 |
30 |
Neutron Technologies |
SD012DE ESS Specific Sample Environment |
HZG |
DE |
179,0 |
31 |
Instrument |
SD013DE Test Beam Line |
HZB |
DE |
1 456,4 |
32 |
Instrument |
SD003DE/b Reflectometer for Magnetic Layers |
Forschungszentrum Jülich GmbH |
DE |
309,0 |
33 |
Instrument |
SD033CZ Complex Environment Engineering Diffractometer |
Institute of Physics ASCR |
CZ |
1 759,0 |
34 |
Instrument |
Simulation of Neutron Instruments |
KU |
DK |
938,8 |
35 |
Neutron Technologies |
Detector Testing Facility |
IFE |
NO |
1 785,6 |
36 |
Neutron Technologies |
Detectors |
CNR |
IT |
510,2 |
37 |
Target |
Waste Disposal, Emissions, Dismantling and Decommissioning |
KIT |
DE |
19,2 |
38 |
Target |
Target Performance Modelling and Optimisation |
KIT |
DE |
95,9 |
39 |
Target |
Material properties |
KIT |
DE |
9,6 |
40 |
Target |
Rotating Tungsten Helium Cooled Target Concept — Replaceable System |
KIT |
DE |
322,8 |
41 |
Target |
Rotating Tungsten Helium Cooled Target Concept — Permanent System |
KIT |
DE |
76,7 |
42 |
Target |
Liquid Metal Target |
KIT |
DE |
1 152,8 |
43 |
Target |
Premoderator, Moderator and Reflector Engineering Design |
Forschungszentrum Jülich GmbH |
DE |
1 512,5 |
44 |
Target |
Shielded Target Monolith System and Beam Extraction |
Forschungszentrum Jülich GmbH |
DE |
845,6 |
45 |
Target |
Liquid Metal Target |
Forschungszentrum Jülich GmbH |
DE |
163,9 |
46 |
Target |
Liquid Metal Target |
Paul Scherrer Institute |
CH |
221,5 |
47 |
Target |
Rotating Tungsten Helium Cooled Target Concept — Permanent System |
Forschungszentrum Jülich GmbH |
DE |
959,9 |
48 |
Instrument |
SD015DE — Simulation Code Development, Help Desk |
HZB |
DE |
472,9 |
49 |
Instrument |
SD054NL ULTRA SANS USING NEUTRON SPIN-ECHO MODULATION |
Delft University of Technology |
NL |
208,54 |
50 |
Instrument |
SD055NL OPTIMISING THE BENEFITS OF SPIN-ECHO LABELLING |
Delft University of Technology |
NL |
135,21 |
51 |
Instrument |
SD056NL SPIN-ECHO MODULATION IMAGING ADD-ON |
Delft University of Technology |
NL |
247,58 |
52 |
Instrument |
SD057NL LARMOR LABELLING IN DIFFRACTION |
Delft University of Technology |
NL |
135,21 |
53 |
Target |
THE ESS WATER TASK FORCE |
ESS-Bilbao |
ES |
189,2 |
54 |
Instrument |
SD016DC_DK CAMEA |
DTU |
DK |
43,5 |
55 |
Instrument |
SD018DC_DK COMPACT SANS |
DTU |
DK |
51,2 |
56 |
Neutron Technologies |
SD020DC_DK NEUTRON OPTICS |
DTU |
DK |
54,0 |
57 |
Target |
THE ESS TARGET STATION CONCEPT SELECTION (TSCS) |
ESS-Bilbao |
ES |
264,9 |
58 |
Target |
TARGET TEST STAND |
ESS-Bilbao |
ES |
1 390,75 |
59 |
Accelerator |
Back-up Study for ESS Low Energy Beam Transport |
ESS-Bilbao |
ES |
445,5 |
60 |
Accelerator |
Back-up Study for ESS Radio Frequency Quadrupole |
ESS-Bilbao |
ES |
829,6 |
61 |
Accelerator |
Back-up Study for ESS Drift Tube Linac |
ESS-Bilbao |
ES |
386,77 |
62 |
Accelerator |
Back-up Study for ESS Spoke Superconducting Linac |
ESS-Bilbao |
ES |
296,1 |
63 |
Accelerator |
Advance Welding Facility |
ESS-Bilbao |
ES |
185,11 |
64 |
Instrument |
SD067IT — Vibrational Spectroscopy Instrument |
Elettra-Sincrotrone Trieste |
IT |
399,5 |
65 |
Instrument |
SD067IT — Time Focussing Crystal-Chopper Spectrometer (Tempus Fugit) |
Elettra-Sincrotrone Trieste |
IT |
528,0 |
66 |
Accelerator |
HEBT, NC Magnets and Power Supplies |
DTU |
DK |
1 201,9 |
67 |
Accelerator |
Normal conducting linac MEBT |
ESS-Bilbao |
ES |
138,5 |
68 |
Accelerator |
Normal conducting linac |
INFN |
IT |
1 023,1 |
69 |
DMSC |
SD029CH ESS Data Acquisition & Software |
Paul Scherrer Institute |
CH |
48,0 |
70 |
Instrument |
SD016DC_CH TOF-TAS CAMEA |
Paul Scherrer Institute |
CH |
481,0 |
71 |
Instrument |
SD017DC_CH_a Vertical Focusing Reflectometer |
Paul Scherrer Institute |
CH |
462,0 |
72 |
Instrument |
SD018DC_CH Compact SANS |
Paul Scherrer Institute |
CH |
287,0 |
73 |
Instrument |
SD019DC_CH Hybrid Diffractometer |
Paul Scherrer Institute |
CH |
305,0 |
74 |
Instrument |
SD029CH Multi Purpose High Resolution Imaging |
Paul Scherrer Institute |
CH |
238,5 |
75 |
Instrument |
SD020DC_CH Neutron Optics |
Paul Scherrer Institute |
CH |
407,5 |
76 |
Target |
Hot Cell, Handling of Used Resources |
Centrum výzkumu Řež s.r.o. |
CZ |
189,0 |
77 |
Target |
Study of target radionuclide chemistry and target radio toxicity |
DTU |
DK |
123,8 |
78 |
Target |
Optimisation of beam extraction |
DTU |
DK |
206,4 |
79 |
Target |
Hot Cell, Handling of Used Resources |
ESS-Bilbao |
ES |
75,7 |
80 |
Target |
Assessment of radioactive inventory after final shut-down |
ESS-Bilbao |
ES |
47,3 |
81 |
Target |
Target Performance Modelling and Optimisation |
ESS-Bilbao |
ES |
293,3 |
82 |
Target |
Optimisation of beam extraction |
Paul Scherrer Institute |
CH |
547,5 |
83 |
Target |
Material Properties |
Paul Scherrer Institute |
CH |
249,5 |
|
|
|
|
|
44 669,8 |
ANNEX 5
The Czech Republic |
2,7 M EUR |
The Kingdom of Denmark |
67,6 M EUR |
The Kingdom of Sweden(1) |
192,8 M EUR |
ANNEX 6
ANNEX 7
Country or Intergovernmental organisation |
Representing entity (i.e. ministry, research council) |
Czech Republic |
Ministry of Education, Youth and Sports (MEYS) |
The Kingdom of Denmark |
|
The Federal Republic of Germany |
|
The Republic of Estonia |
|
The French Republic |
Centre National de la Recherche Scientifique (CNRS) and Commissariat à l'Energie Atomique et aux Energies Alternatives (CEA) |
The Italian Republic |
Istituto Nazionale di Fisica Nucleare (INFN) |
Hungary |
|
The Kingdom of Norway |
Research Council of Norway |
The Republic of Poland |
Ministry of Science and Higher Education |
The Kingdom of Sweden |
|
The Swiss Confederation |
|
Country or Intergovernmental organisation |
Representing entity (i.e. ministry, research council) |
The Kingdom of Belgium |
Studiecentrum voor Kernenergie (SCK) |
The Kingdom of Spain |
|
The Kingdom of the Netherlands |
|
The United Kingdom of Great Britain and Northern Ireland |
|