Nupecc HANDBOOK 2012

NuPECC HANDBOOK 2012

INTERNATIONAL ACCESS TO NUCLEAR PHYSICS FACILITIES IN EUROPE

is an Expert Commitee of the European Science Foundation.

Milano, April 16, 2012

Dear Colleague,

on behalf of the NuPECC Committee I am glad to send you a copy of the NuPECC Handbook 2012 “International Access to Nuclear Physics Facilities in Europe”, edited by Gabriele – Elisabeth Körner.

This handbook can also be found on the NuPECC web page at the address http://www.nupecc.org/pub/hb12/hb2012.pdf.

As in the past, we hope that also this 6 th Edition will be useful to you.

Sincerely yours

Angela Bracco NuPECC Chair

NuPECC is an Expert Committee of the European Science Foundation

Scientific Secretariat: Dr. Gabriele -Elisabeth Körner c/o Physikdepartment E12 der Technischen Universität München, D -85748 Garching Tel.: +49 89 2891 2293; +49 172 89 15 011, Fax: +49 89 2891 2298, e -mail: [email protected] NuPECC

Handbook

2012

:B International Access to

Co Nuclear Physics Facilities

in Europe

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Introduction

With this 6th Edition of the NuPECC Handbook 2011 “International Access to Nuclear Physics Facilitites in Europe” NuPECC fulfills its task to strengthen Euro- pean Collaboration in nuclear science through the promotion of nuclear physics and its trans-disciplinary use and application and thus define a network of complementary facilities within Europe and encourage optimisation of their usage. Contrary to the previous editions, not only facilities active in basic nuclear physics research were considered, but also those applying nuclear physics methods in various other fields. The selection of facilities comprises all those involved in the infrastructure projects within the 7th Framework Programme of the European Commission, namely ENSAR, HadronPhysics, SPIRIT, ERINDA and CHARISMA, as well as all those regional and local facilities that play a major role in research and education. In addition to these existing facilities, the two nuclear physics projects on the ESFRI list, FAIR and SPIRAL2, are included. The compilation of addresses of Funding Agencies and nuclear physics institutes in the NuPECC Member countries

e completes this contribution to the formation of a European Research Area.

Gabriele-Elisabeth K¨orner Scientiﬁc Secretary of NuPECC

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5 European Science Foundation

:B The European Science Foundation (ESF) was established in 1974 to provide

lo a common platform for its Member Organisations to advance European re-

Co search collaboration and explore new directions for research. It is an independent organisation, owned by 78 Member Organisations, which are research funding organisations and research performing organisations, academies and learned societies from 30 countries. ESF promotes collaboration in research itself, in funding of research and in science policy activities at the European level.

European Science Foundation

ag 1 quai Lezay-Marn´esia F-67080 Strasbourg Cedex

dp re France be Phone: +33 388 76 71 00

-n Fax: +33 388 37 05 32 http://www.esf.org

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6 Terms of Reference for Nuclear Physics European Collaboration Committee (NuPECC), an ESF Expert (previously Associated) Committee

as mutually agreed upon on 23 April 1997 NuPECC is an Expert (previously Associated) Committee of the European Science Foundation (ESF). The Committee is supported by its Subscribing Institutions which are in general Member Organisations of the ESF involved in nuclear science and research or research facilities. The Terms of Reference of the Committee and eventual changes are agreed by the ESF Assembly. Beyond the Terms of Reference of NuPECC, the Statute of the ESF shall apply where relevant.

e Task

:B The objective of NuPECC is to:

ur lo • strengthen European Collaboration in nuclear science through the promotion

Co of nuclear physics and its trans-disciplinary use and application in collaborative ventures between research groups within Europe and particularly those from countries linked to the ESF. In pursuing this objective the Committee shall

• deﬁne a network of complementary facilities within Europe and encourage optimisation of their usage; • provide a forum for the discussion of the provision of future facilities and in-

pa strumentation; and • provide advice and make recommendations to the ESF and to other bodies on

ered the development, organisation, and support of European nuclear research and

numb of particular projects.

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7 Membership

The Members of the Committee shall be drawn among experts active in nuclear science and research and proposed by the Subscribing Institutions to NuPECC. They shall be appointed by the ESF Executive Council in general for a three-year period, after consultation between the Committee, the ESF and the Subscribing Institutions of NuPECC. The Committee Chairman shall be appointed by the ESF Assembly. The distribution of Members across the different European countries and organisations should aim to reflect the activities in nuclear science and research in the different scientific fields and the different countries. The ESF Executive Council may appoint one of its own Members as a Liaison Member. The ESF Scientific Secretary primarily concerned with nuclear science and nuclear research facilities shall act as the Liaison Secretary of ESF and attend the Committee’s meetings to assist in its deliberations. The relevant ESF Standing Committee and NuPECC may appoint liaison members. The Subscribing Institutions of the Committee shall be involved in nuclear science and research or in multi-national nuclear research facilities in Europe and gener- ally belong to the Member Organisations of the ESF. Beyond these, a European institute or agency can be accepted as a Subscribing Institution of NuPECC if its statutes are consistent with those of NuPECC and the ESF. New Subscribing Institutions shall be appointed by the ESF Executive Council,

e after consultation with the Committee and the existing Institutions. The term of

lu Subscribing Institutions shall continue as long as the association of the Committee :B with the ESF is in eﬀect. An Institution may withdraw from the Committee at

lo the end of the ﬁnancial year immediately following that in which it gives notice of Co the withdrawal.

Modus Operandi

The Committee shall coordinate its work through plenary meetings on a regular basis, at least annually, at which all business items shall be decided. The Com- mittee may set up a work plan for its term. The Committee may appoint its own Scientiﬁc Secretary and may set up a charter e for its modus operandi.

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8 Finance

Inﬂow

The Subscribing Institutions of NuPECC shall contribute to the basic budget of the Committee which shall cover its operational activities including the remuner- ation of the Committee’s Scientiﬁc Secretary and its liaison costs with the ESF. The contribution of every Subscribing Institution shall depend on the number of Committee Members it nominates and supports. Members’ travel costs for at- tending the Committee’s regular plenary meetings shall be reimbursed directly by the respective Subscribing Institutions. In agreement with the ESF, the Committee may receive speciﬁc contributions from third parties or ad hoc contributions from Subscribing Institutions or from ESF Member Organisations. Changes in the basic budget shall be approved by the ESF Board.

Financial modus operandi

The Committee shall agree on an annual budget plan which is within the conﬁnes of the inﬂow from the Subscribing Institutions and/or third parties,and which takes into account the current economic environment. The Committee shall appoint a Treasurer who shall oversee its budget in close consultation with the ESF.

e lu The ﬁnancial commitments for the Committee’s work shall be made by the ESF. The NuPECC budget is held on a special account established and operated by the

:B ur ESF.

Co Reporting and Advising

The Committee shall report on a regular basis to the ESF and the relevant ESF Standing Committee(s). In providing advice and making recommendations to external bodies, the Com- mittee shall act responsibly and independently. It shall, as a constituent organ of the ESF, ensure, through the ESF Liaison Secretary, that the ESF Board and the relevant ESF Standing Committee(s) are consulted before the disclosure of such ge advice.

ered Periodic Review; Renewal of the Committee’s Association and Term

numb The ESF Executive Council shall periodically — every ﬁve years at the latest — initiate a review of the work of the Committee and its association with the ESF. odd- Every renewal of the Committee’s term shall be agreed by the ESF Assembly.

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9 Membership of NuPECC

Fai¸calAZAIEZ Orsay (France) Maria BORGE Madrid (Spain) Angela BRACCO Milano (Italy) Gheorghe CATA-DANIL Bucharest (Romania) Philippe CHOMAZ Gif-sur-Yvette (France) Jan DOBES Reˇz(Czechˇ Republic) Antonio FONSECA Lisbon (Portugal) Jens Jørgen GAARDHØJE Copenhagen (Denmark) Sotirios HARISSOPULOS Athens (Greece) Tord JOHANSSON Uppsala (Sweden) Ari JOKINEN Jyv¨askyl¨a(Finland) Klaus JUNGMANN Groningen (The Netherlands) Bernd KRUSCHE Basel (Switzerland) Adam MAJ Krakow (Poland)

e Djuro MILJANIC Zagreb (Croatia) lu Eugenio NAPPI Bari (Italy)

:B Paul NOLAN Liverpool (United Kingdom)

lo Joakim NYSTRAND Bergen (Norway)

Co Thomas PEITZMANN Utrecht (The Netherlands) Achim RICHTER ECT* Trento (Italy) Günther ROSNER Glasgow (United Kingdom) Christelle ROY Strasbourg (France) Horst STOCKER¨ Darmstadt (Germany) Hans STROHER¨ Jülich (Germany) Piet VAN DUPPEN Leuven (Belgium) Jochen WAMBACH Darmstadt (Germany) e Eberhard WIDMANN Wien (Austria) ag GyörgyWOLF Budapest (Hungary)

be Scientiﬁc Secretary: um Dr. Gabriele-Elisabeth K¨orner

-n c/o Physikdepartment E12 even Technische Universit¨atM¨unchen James-Franck-Straße 1 D-85748 Garching

ook Germany ndb Phone: +49 89 28 91 22 93

Ha Fax: +49 89 28 91 22 98 CC E-Mail: [email protected] PE http://www.nupecc.org

10 e

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Member Countries of NuPECC (in blue)

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Access to European Facilities

:B ur This information is also available on the World Wide Web under the homepage:

Co http://www.nupecc.org/ → Publications

For changes and updates please notify:

[email protected]

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13 AARHUS ISA (Denmark)

Facility: Institute for Storage Ring Facilities Aarhus University 100 MeV electron microtron in- Ny Munkegade 120 jecting into 580 MeV storage ring, DK-8000 Aarhus C ASTRID. Extracted beam at 100- Phone (secretary): +45 87 15 55 93 580 MeV, either as low-intensity Fax: +45 86 12 07 40 DC beam or high-intensity one- http://www.isa.au.dk turn fast extracted beam. Thirdly also extracted beam for new ASTRID2 facility. Low-energy ion Director: beams from various single-stage Søren Pape Møller accelerators and storage rings. Phone: +45 87 15 64 16 E-Mail: [email protected]

Contact Person for Foreign Users:

e As above.

) Procedure to Apply for Beamtime:

on ti Proposals should be sent to the director following the annual call announced at

ip cr our user home page: http://www.isa.au.dk/user/home.asp

ilit

ag Programme Advisory Committee: dp 4 in-house, 1 national, 5 international members.

-n even Main Instrumentation for Nuclear Physics Experiments: The main ﬁeld of research is within use of low-energy synchrotron radiation. In the ook present context also extensive use of low-energy ion beams and use of high-energy ndb (100-580 MeV) electrons.

14 Accommodation: Nearby hotels or University Guest House.

Transportation: Public transport from Tirstrup or Billund airports and local transportation by bus.

Future Developments (under construction): A new low-emittance light source, ASTRID2, is presently under construction. The existing source, ASTRID, will subsequently be converted into a booster injector for top-up operation of ASTRID2. Extracted beams will also in the future be available from ASTRID.

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15 ASSERGI LNGS (Italy)

Facility: Laboratori Nazionali del Gran Sasso Istituto Nazionale di Fisica Nucleare 400 kV accelerators (LUNA) with S.S. 17 bis, km.18+910 very small energy spread, excel- 67010 Assergi (L’Aquila) lent long term stability and high Phone: +39 08 62 43 71 beam current even at low energy. Fax: +39 08 62 43 72 18 Ultra low radioactivity levels lab- http://www.lngs.infn.it oratory.

Director: Lucia Votano Phone: +39 08 62 43 72 31

Contact Person for Foreign Users: M. Junker (LUNA) E-Mail: [email protected] M. Laubenstein (Low Level Laboratory)

e E-Mail: [email protected] lu F. Chiarizia (Research Division Secretary)

:B E-Mail: [email protected]

)

ip cr Procedure to Apply for Beamtime:

es All proposals are screened on the basis of scientiﬁc merit by the LNGS Scientiﬁc

ilit Committee.

dp re Programme Advisory Committee:

um 4 national, 5 international members.

-n

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ook Main Instrumentation for Nuclear Physics Experiments:

ndb LUNA: 400 kV electrostatic accelerators, windowless gas target/solid target, BGO

Ha summing detector and High Purity Germanium detector with low intrinsic back-

CC ground.

16 Main Fields of Nuclear Research: Nuclear reactions of astrophysics interest.

Main Fields of Other Research: Neutrino Physics. Dark Matter Search. Rare Decays. Hydrogen Burning.

Accommodation: 7 double rooms (14 beds).

Transportation:

e lu Public Bus Service from and to L’Aquila every hour.

Future Developments (under construction): Enlargement of the low background levels laboratory, Letter of Intent LUNA-MV.

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17 ATHENS DEMOKRITOS (Greece)

Facility: Patriarchou Gregoriou E & Neapoleos Str., 153.10 5 MV Tandem accelerator: Aghia Paraskevi, Athens, Greece 6 beam lines; DC ion-beams≈50 (tin); from Sec- http://tandem.inp.demokritos.gr Z=1 (protons) to Z ondary mono-energetic neutron Director: beams from thermal to 0.5 MeV, Sotirios Harissopulos 5-11 MeV and 16-18 MeV; Phone: +30 210 650 3493 250 keV high-current p/d single- E-Mail: [email protected] stage accelerator (PAPAP): one beam line. Contact Person for Foreign Users: Sotirios Harissopulos, Anastasios Lagoyannis

:B Procedure to Apply for Beamtime:

lo Contact the Director of the lab; ﬁll in the on-line beam-time application:

Co http://tandem.inp.demokritos.gr

)

cr es Programme Advisory Committee:

ilit in preparation: 6 members (1 in-house, 1 national, 4 international)

dp re Main Instrumentation for Nuclear Physics Experiments:

um DETECTORS: large-volume 4π NaI calorimeters; 7x HPGe detectors (20 to 100% -n rel. effic.); Thin window Si(Li) X-ray detectors; Gaseous MicroMegas TPC; 4π 3 even neutron detector (16 He-filled proportional counters embedded in a polyethylene- moderator); 30 3He-filled proportional counters (90 cm); Surface-barrier detectors (various thicknesses); 2x liquid scintillators. SETUPS: External PIXE/PIGE/RBS; ook 4-axis RBS/Channeling; Large-volume multipurpose scattering chamber also for ndb NRA; Turntable for γ-angular distributions; Ion microprobe (RBS, ERDA, PIXE, Ha PIGE, SIMS, NRA) with option for cooling/heating of samples; Ion-beam induced

CC XRF chamber; Zero-degree Auger spectrometer for atomic physics experiments; PE portable milli- and micro-XRF spectrometers

18 Main Fields of Nuclear Research: Nuclear Astrophysics; Nuclear Structure; Neutron physics; Atomic physics with ion-beams and X-rays

Main Fields of Other Research: Applications of ion-beams in materials analysis, cultural heritage, biomedicine and environmental monitoring; Detector developement

Accommodation: Nearby hotels and appartments; 1 guest room

Transportation: See in http://www.demokritos.gr/Contents.aspx?CatId=6

e lu or

:B http://tandem.inp.demokritos.gr/t reach.html

Future Developments (under construction): Conversion to Pelletron; Installation of a 17 MeV Cyclotron

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19 BONN ELSA (Germany)

Facility: ELSA Physikalisches Institut der Universit¨atBonn Storage and stretcher ring Nußallee 12 fed by two pulsed linear accelera- D-53115 Bonn tors and booster synchrotron pro- Fax: +49 228 73 3518 ducing polarised (1 nA) and un- http://www-elsa.physik.uni-bonn.de/ polarised (up to 10 nA) electron elsa-facility en.html beams from 0.5 to 3.5 GeV with high duty factor. Linearly and circularly polarised photons for Director: hadron physics experiments. Stor- F. Klein age of electrons (up to 200 mA). Phone: +49 228 73 2340 Material and detector irradiation E-Mail: [email protected] at 20 MeV. High energy test beam area. Contact Person for Foreign Users: Director

) Procedure to Apply for Beamtime:

on ti Contact

ip cr W. Hillert es Phone: +49 228 73 3617

ilit

ag Programme Advisory Committee:

dp re 3 national, 6 international members, common for MAMI and ELSA.

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20 Main Instrumentation for Nuclear Physics Experiments: ELSA accelerator with polarised electron source, material and detector irradiation area, Photon taggers with goniometers, Polarised solid state proton and neutron targets, Crystal Barrel spectrometer (4π high energy photon spectroscopy, non-magnetic), BGO-OD spectrometer (4π high energy photon spectroscopy, with forward magnetic spectrometer).

Main Fields of Nuclear Research: Electron- and photon-induced reactions with beam and target polarization, Photoproduction of Mesons, Baryon Spectroscopy, In-Medium Properties of Hadrons.

Main Fields of Other Research:

e lu Advanced polarized solid state target technology,

:B Accelerator Physics,

lo Detector developments.

Accommodation: Hotels in Bonn, guest rooms.

pa Transportation: Public transport.

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odd- Future Developments (under construction): ook Intensity upgrade of ELSA, ndb Continuous mode dynamically polarized solid state targets,

Ha Widely tuneable intensity range electron beam for detector testing.

21 BORDEAUX-GRADIGNAN CEN (France)

Facility: CENBG Chemin du Solarium BP120 AIFIRA: Inline 3.5 MV Singletron 33175 Gradignan CEDEX (HVEE) accelerator that delivers µ France H+, D+ and He++ beams con- http:// www.cenbg.in2p3.fr tinuously with intensity up to 50 A and high energy stability. Mo- Director: noenergetic neutrons are produced− 7 MeV. Philippe Moretto in the range 100 keV Phone: +33 5 57 12 08 08 Five beamlines are avaible for ma- E-Mail: [email protected] terial caracterization, high resolution imaging, irradiation and neu- Contact Person for Foreign Users: tron production Stephanie Sorieul Phone: +33 5 57 12 08 46 Email: [email protected]

Co Procedure to Apply for Beamtime: Submission of proposal via the contact person. ) The corresponding form can be downloaded from our website (www.cenbg.in2p3.fr

ip - section AIFIRA). There are two calls per year in June and December.

ilit

e( Programme Advisory Committee: ag Comittee every six months with 6 national experts and 3 international experts

-n Main Instrumentation for Nuclear Physics Experiments:

even - External beam for material and archeo-materials characterization (PIXE) - Multipurpose beamline for material characterization with a millimetric beam ook (PIXE, PIGE, RBS, NRA, ERDA, Channeling) ndb - High resolution microbeam (lateral resolution 200 nm) for 2D and 3D elemental Ha mapping and imaging (PIXE, STIM, NRA, ERDA, RBS)

CC - Charged particle microbeam for the targeted irradiation of living cells in single

PE event mode Nu - Beamline for the production of monoenergetic neutrons secondary beams

22 Main Fields of Nuclear Research: - Nuclear data for ﬁssion reactors and transmutation of radioactive waste - Detector calibration and tests for nuclear structure experiments - Development of diagnostics for the physics of high power laser thermal behaviour of solid targets under high intensity beams for SPIRAL2 project

Main Fields of Other Research: - Biomedicine and ecotoxicology - Radiation Biology - Cultural heritage - Materials Science - Microelectronics

Accommodation: Guest rooms available on site and hotels nearby

ur lo Transportation:

Co By plane : Bordeaux - Merignac airport located 20 minutes by car from the facility By train : Saint-Jean station located 15 minutes by car from the facility See detailed plan on our website

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23 BRAUNSCHWEIG PTB (Germany)

Facility: Physikalisch-Technische Bundesanstalt Bundesallee 100 PTB ion accelerator facility D-38116 Braunschweig (PIAF) consisting of a Fax: +49 531 592 0 • 3.7 MV van-de-Graaﬀ: p, d, http://www.ptb.de 4 He+ with ns pulsing system Director: • CV28 isochronous cyclotron: 19 MeV p, 13.5 MeV d, Joachim Ullrich 4 He+ with ns pulsing Phone: +49 531 592 1000 28 MeV Fax: +49 531 592 1005 system and pulse suppression E-Mail: [email protected]

Contact Person for Foreign Users: R. Nolte Phone: +49 531 592 6420 FAX: +49 531 592 6405

e E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

ip cr Send an E-Mail to the contact person with a short description of the work pro- es posed. Beam time is allocated for three-months scheduling periods.

ilit

ag Programme Advisory Committee:

dp re Internal (PTB-staﬀ only)

-n

even Main Instrumentation for Nuclear Physics Experiments: ook Low-scatter facility for neutron measurements ndb Neutron reference ﬁelds (open geometry): 24 keV - 20 MeV Ha High-intensity broad-spectrum neutron beam: ﬂuence rate up to 108cm−2s−1

CC Primary reference instruments for neutron ﬂuence measurements

PE Neutron TOF spectrometer: 12 m - 30 m ﬂight paths

24 Main Fields of Nuclear Research: Characterisation of neutron detectors Measurements of reaction cross sections

Main Fields of Other Research: Neutron dosimetry, radiobiology using a micro ion beam for single ion irradition

Accommodation: Guesthouse and cafeteria on site

Transportation: Public transport within the Braunschweig area, 60 km to Hannover airport

ur lo Future Developments (under construction): Co 5 MV tandetron accelerator for p,d, 4He and medium-weight ions (operation expected 2018)

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25 BUCHAREST IFIN-HH (Romania)

Facility: Horia Hulubei National Institute for R&D in Physics and 9 MV Tandem Van de Graaﬀ Nuclear Engineering accelerator with a Pelletron 30 Reactorului Street charging system, two sputtering P.O.BOX MG-6 ion sources, a duoplasmatron Bucharest - Magurele ion source with dedicated Li Fax: +40 21 457 44 40 charge exchange system for http://www.nipne.ro alpha beam; two beam pulsing systems nanoseconds and Director: milliseconds range; seven beam- Nicolae Victor ZAMFIR lines available for experiments Phone: +40 21 404 23 01 (http://tandem.nipne.ro) E-Mail: dirgen@iﬁn.nipne.ro

Contact Person for Foreign Users: Dan Gabriel GHITA

e Phone: +40 21 404 23 30

lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

es Submission of a proposal for an experiment at the Bucharest Tandem can be done by ﬁlling the electronic form at http://tandem.nipne.ro/tandem/fascicul-eng.html

ilit

c or by sending an e-mail to [email protected] ; two PAC meetings fa per year.

um Programme Advisory Committee:

-n 5 external members (1 national, 4 international)

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ook ndb Main Instrumentation for Nuclear Physics Experiments:

Ha -Experimental Facilities for nuclear structure research: A ﬂexible conﬁguration ar- CC ray with up to 10 HPGe detectors, 8 to 10 Lanthanum Bromide scintillation gamma PE ray detectors for fast timing in-beam measurements and a liquid scintillator for

Nu neutrons; a PLUNGER instrument (K¨olndesign) for Doppler Shift experiments; a

26 fixed setup for on-line decay studies with 2 CLOVER detectors and 2 medium size HPGe detectors; digital and analog data acquisition systems; reaction chambers which can accommodate several charged particle Si detectors. -Experimental Facilities for reaction mechanisms studies: A 1.5 m diameter reaction chamber for charged particle detectors; a 80 elements array of plastic scintillators for neutron measurements; a VME data acquisition system. -Experimental Instrumentation for Applications of Nuclear Physics: several reaction chambers and commercial HPGe, scintillation and Si detectors in flexible configurations; a dedicated beamline and a clean sputtering ion-source for Accel- erator Mass Spectrometry (AMS).

Main Fields of Nuclear Research: In-beam gamma-ray spectroscopy; Lifetime measurements with fast timing and Doppler Shift techniques; Of-beam beta decay spectroscopy; Nuclear structure and reaction data measurements; Nuclear astrophysics

e lu Main Fields of Other Research:

:B ur Atomic physics with accelerated ions; materials research; accelerator mass spec- lo trometry studies.

Accommodation: The Institute has a guesthouse in Magurele for external users. More information is given at http://tandem.nipne.ro/info/4Accommodation.htm.

ered Transportation: Information is given at http://tandem.nipne.ro/info/2HowToGet.htm.

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Ha to be commissioned in 2012: 3 MV high current Tandem accelerator for Ion Beam Applications; 1 MV Tandetron for AMS with 14C; A new gamma array with 25

CC HPGe and 15 LaBr3: Ce detectors.

27 CAEN GANIL (France)

Facility: GANIL B.P. 5027 Low energy beam 1 MeV/u; F-14076 Caen Cedex 5 Medium energy heavy ions from Fax: +33 231 45 46 65 4 to 15 MeV/u;9 high energy ions: 13 to 10 pps for C to U at 95 http://www.ganil-spiral2.eu 10 to 25 MeV/u; macrostructure: 7 Director: to 14.4 MHz, microstructure ¿ 1 F. Staley ns; full energy beam in time shar- Phone: +33 231 45 45 61 ing mode on two target stations; E-Mail: ﬂ[email protected] low and medium energy beams in parallel. Radioactive beams pro- Contact Person for Foreign Users: duced in-ﬂight or by ISOL method V. Vandevoorde and reaccelerated by a cyclotron Phone: +33 231 45 47 07 (SPIRAL facility). E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Address proposal to the contact person ([email protected]). ) Form available from Web page.

ip Public presentation of proposals. PAC meets 1 or 2 times a year.

ilit

fa Programme Advisory Committee:

e( ag 1 in-house, 4 national and 7 international members.

-n Main Instrumentation for Nuclear Physics Experiments:

even 4π germanium array (EXOGAM). High acceptance, variable mode spectrometer (VAMOS). ook High resolution, energy loss magnetic spectrometer (SPEG). ndb Fragment/recoil separator with velocity ﬁlter (LISE3). Ha Charged-particle 4π multidetector (INDRA).

CC Modular charge-particle detector arrays (MUST2/TIARA).

PE 3D Active target (ACTAR-MAYA).

28 Main Fields of Nuclear Research: Nuclear structure. Exotic nuclei. Reactions induced by secondary beams. Nuclear dynamics. Hot nuclei. Giant resonances. Fusion-Fission.

Main Fields of Other Research: Excitation and charge exchange in atoms. Energy dissipation and relaxation in solids. Ion-induced modiﬁcations in material. Microporous membranes. Simulation of spatial environment for electronic components. Radiobiology. Hadrontherapy

lu Accommodation:

:B ur Guest house (40 furnished rooms) within the facility area.

Transportation: Bus and tramway towards downtown and train station (3 km from the laboratory), taxi.

pa Future Developments (under construction): ered The current ﬂagship project of GANIL is SPIRAL2, described next page.

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29 CAEN SPIRAL2 (France)

Facility: GANIL B.P. 5027 SPIRAL2: new European facility F-14076 Caen Cedex 5 under constr. at2 H GANIL up to 40MeV will de- and Fax: +33 231 45 46 65 liver stable ( http://www.ganil-spiral2.eue 5 mA, heavy ions up to 1 mA and up to 14.510 part./s MeV/u) for and ﬁss. RIB frag- Director: up to 10 F. Staley ments. RIB energies: from few Phone: +33 231 45 45 61 keV/u, at the low-energy RIB fa- E-Mail: ﬂ[email protected] cility DESIR, to 20 MeV/u (CIME cyclotron), at the GANIL exp. Contact Person for Foreign Users: area; operation of SPIRAL2 Phase V. Vandevoorde 1 (LINAC + S3 and NFS) from Phone: +33 231 45 47 07 2014. E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Address proposal to the contact person ([email protected]). ) Form available from Web page.

ip Public presentation of proposals. PAC meets 1 or 2 times a year.

ilit

fa Programme Advisory Committee:

e( ag 1 in-house, 4 national and 7 international members.

-n Main Instrumentation for Nuclear Physics Experiments:

even Super Separator Spectrometer (S3) - under construction. Neutrons For Science facility (NFS) - under construction. ook Low Energy Radioactive Ion Beam Facility (DESIR) - detailed design study. ndb Upgraded 4π germanium array (EXOGAM2) - under construction. Ha Charged-particle 4π multidetector (FAZIA) - ﬁrst phase under construction.

CC Photon Array for studies with Radioactive Ion and Stable beams (PARIS) - demon-

PE strator under construction. Nu Neutron Array (NEDA) - under design.

30 Main Fields of Nuclear Research: Nuclear structure. Exotic nuclei. Heavy and super heavy elements. Reactions induced by secondary beams. Nuclear physics with fast neutrons. Nuclear dynamics. Hot nuclei. Giant resonances. Fusion-Fission.

Main Fields of Other Research: Excitation and charge exchange in atoms. Energy dissipation and relaxation in solids. Ion-induced modiﬁcations in material. Applied research with fast neutrons.

lu Accommodation:

:B ur Guest house (40 furnished rooms) within the facility area.

Transportation: Bus and tramway towards downtown and train station (3 km from the laboratory), taxi.

pa Future Developments (under construction): ered Envisaged extension to post accelerate beams of ﬁssion fragments to 150 MeV/nucl. as a ﬁrst step towards EURISOL facility.

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31 CASERTA CIRCE (Italy)

Facility: Center for Isotopic Research on Cultural and Environmental 3MV Pelletron: 3 MV Tandem Heritage - Sun Innova Accelerator to accelerate H to U 7 Be beam c/o ex-CIAPI up to about 20 MeV, including a Viale Carlo III, 153 radiochemistry lab for 81020 San Nicola La Strada (Ce) production and radioisotopes han- Italy dling. 2 Mass spectrometers for Phone: +39 081 274814 stable isotopes.

Director: F. Terrasi Phone: +39 0823 274412 E-Mail: ﬁ[email protected]

Contact Person for Foreign Users: L. Gialanella

e Phone: +39 0823 274631 lu Fax: +39 0823 274585

:B E-Mail: [email protected]

)

ip cr Procedure to Apply for Beamtime:

es Submission of a proposal through the contact person .

ilit

dp Programme Advisory Committee:

be 4 internal members, 3 external members (5 national, 2 international)

-n

even

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32 Main Instrumentation for Nuclear Physics Experiments: ERNA (European Recoil separator for Nuclear Astrophysics): a recoil mass separator designed and optimized for the study of proton and alpha capture reactions at low energy. Supersonic jet and extended gas targets. AMS an Accelerator Mass Spectrometry apparatus for the measurement of C, Al and actinide isotopic ratios. NaI gamma array. Low background HPGe counting facility.

Main Fields of Nuclear Research: Low energy nuclear reactions. Nuclear Astrophysics

Main Fields of Other Research: Applied Nuclear Physics for Archeometry, Environmental research and Material Science. Radioactive ion implantation for wear measurements.

lu Accommodation:

lo 1 guest room located at the laboratory. Rooms and apartments at reduced price

Co in the surroundings.

Transportation: By train: Train Station Caserta (2 km from CIRCE). By Airplane: Naples Inter- national Airport 20 km from CIRCE (direct bus connection). By car: European route E45 Napoli-Roma exit Caserta Sud (position N 41.047175◦, ◦ ge E 014.325244 ).

ered

numb Future Developments (under construction):

odd- Reaction chamber with a charged particle detector array to study low energy (x,p) and (x,alpha) reactions at energies of astrophysical interest. Ion Beam Analysis ook (NRA and RBS) beamline.

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33 CATANIA LNS (Italy)

Facility: Istituto Nazionale di Fisica Nucleare Laboratori Nazionali del Sud A 15 MV Tandem accelerator pro- Via S. Soﬁa 62 vides beams with energy of 10 I-95125 Catania to 200 MeV, depending on the Phone: +39 095 54 21 11 mass. A Superconducting Cy- Fax: +39 095 714 18 15 clotron (CS) provides ion beams in http://www.lns.infn.it a wide range of masses with maximum energies from 25 A MeV for Director: U to 80 A MeV for fully stripped G. Cuttone light ions. Radioactive beams are Phone: +39 095 54 23 25 provided by EXCYT (Tandem en- E-Mail: [email protected] ergy) and FRIBS@LNS (CS energy). Contact Person for Foreign Users: C. Agodi (Experimental Nuclear Physics) E-Mail: [email protected]

e S. Gammino (Applied and Interdisci-

lu plinary Physics) :B E-Mail: [email protected]

lo R. Alba (Transnational Access) Co E-Mail: [email protected]

)

es yd Procedure to Apply for Beamtime:

ilit

c fa All proposals are screened on the basis of scientiﬁc merit by the LNS Scientiﬁc e( Committee. The Committee meets at least once per year. Calls for proposals are ag launched and proposals are submitted electronically. An oral presentation during

re the meeting is required.

-n

even Programme Advisory Committee: 1 national, 6 international members.

ook

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PE Main Instrumentation for Nuclear Physics Experiments:

Nu MEDEA + SOLE + MACISTE: a BaF2 crystall ball of 180 elements for gamma-

34 ray and light charged particle detection, coupled to a forward superconductive solenoid with its focal plane detector. CHIMERA: a 4π charged particle detector, consisting of 1200 (Si + CsI) telescopes. CICLOPE: a cylindrical (4 m diameter, 6 m long) scattering chamber designed for intermediate energy experiments. CT 2000: a 2m diameter multipurpose scattering chamber specially suitable for low energy experiments. MAGNEX: a large angle and momentum acceptance magnetic spectrometer. Ion irradiation facility (even ESA certiﬁed) for test of detectors and electronic devices.

Main Fields of Nuclear Research: Structure of light exotic nuclei. Reaction mechanisms around the Coulomb barrier. Nuclear astrophysics. Giant resonances. Multifragmentation. Nuclear equation of state. Phase transitions.

Main Fields of Other Research:

e lu Solid state physics. Heavy ion induced modiﬁcations on superconductors. Ion

:B beam lithography. Heavy ion induced damage on biogical samples. High intensity

ur lo ion sources. Non-destructive analysis of cultural heritage samples. Tumor therapy. Co Cosmic neutrinos.

Accommodation: 20 single and 4 double rooms in the guest house + 3 double rooms in the Laboratory building. Cooking facility.

pa ered Transportation:

numb The Laboratory can be reached by local buses (432, 449 or 628R).

odd-

ook

ndb Future Developments (under construction):

Ha Laser facility for nuclear astrophysics studies.

CC Very high intensity proton front-end (source and pre-injector).

35 DARMSTADT FAIR (Germany)

Facility: Facility for Antiproton and Ion Research in Europe GmbH Future international accelerator Planckstr.1 for research with antiprotons D-64291 Darmstadt and ions. Superconducting syn- Phone: + 49 6159 71-1717 chrotron double ring facility with Fax: + 49 6159 71-3916 a circumference of about 1,100 http://www.fair-center.eu meters. System of cooler-storage rings for eﬀective beam cooling. Director: The accelerator will yield ion Boris Sharkov beams with very high beam inten- Phone: +49 61 59 71 16 40 sity and also higher beam energies. E-Mail: [email protected] Start of operation 2017/18.

Contact Person for Foreign Users: G¨unther Rosner Phone: +49 61 59 71 16 78

e E-Mail: [email protected]

) Procedure to Apply for Beamtime:

ip In preparation.

ilit

fa Programme Advisory Committee:

e( ag Scientiﬁc Council: 12 international members.

-n Main Instrumentation for Nuclear Physics Experiments:

even Proton-LINAC will serve as injector for the new facility. The SIS100 synchrotron will provide ion beams of unprecedented intensities and of considerably increased ook energy. Intense beams of unstable nuclei or antiprotons can be produced. The ndb system of storage-cooler rings will allow high quality of these secondary beams.

Ha Parallel operation of up to four scientiﬁc programs can be realized at a time.

CC Various high precision detectors.

36 Main Fields of Nuclear Research: Nuclear structure, astrophysics: decay spectroscopy, electron-ion scattering, exotic nuclei, laser spectroscopy, relativistic radioactive beams. Nuclear matter physics: compressed baryonic matter. Warm dense matter, hight energy density matter. Physics with high energy antiprotons.

Main Fields of Other Research: Atomic, plasma physics and applications: biology and material sciences, tumor therapy. Other applications: radiobiological risk assessments for space missions, test equipment for satellites or spacecraft components, etc.

Accommodation: Can be arranged at the GSI guest house located on-site, and additionally in the GSI-owned guest apartments located approximatively 1 km away from the laboratory.

ur lo Transportation:

Co Public transport: Train station (Wixhausen) approx. 2.5 km away - local train connections to Darmstadt (8km) and Frankfurt am Main (20 km). GSI bus Service: from/to Wixhausen train station, and Arheilgen (suburb of Darmstadt).

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37 DARMSTADT GSI (Germany)

Facility: GSI Helmholtzzentrum f¨ur Schwerionenforschung GmbH UNILAC: heavy ion linear accel- Planckstr. 1 erator to accelerate particles of H D-64291 Darmstadt to U up to 11 AMeV. http://www.gsi.de/ SIS: heavy-ion synchrotron to accelerate particles of H to U up to Director: 2 AGeV. H. St¨ocker ESR: heavy ion storage ring to Phone: +49 61 59 71 26 48 cool and store particles of H to U E-Mail: [email protected] at energies up to 0.6 AGeV. Pion-beam facility to provide pion Contact Person for Foreign Users: beams in the momentum range 0.5 A. Tauschwitz to 2.5 GeV/c. Phone: +49 61 59 71 27 23 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Call for proposals are announced through users mailinglist and on the WWW;

)

on submission of a ”Proposal for an experiment at GSI” (through webform on the

ti ip WWW); approx. 1-2 PAC meetings per research ﬁeld and year.

ilit

e( Programme Advisory Committee: ag presently 4 PACS with 4-12 external members;

re www.gsi.de/informationen/users/EAC)

-n

even Main Instrumentation for Nuclear Physics Experiments: - Experimental Facilities for nuclear structure research: Instruments for synthesis,

ook separation and detection of super-heavy elements (velocity ﬁlter SHIP, gas-ﬁlled ndb separator TASCA) and for reaction studies and related atomic, nuclear physics

Ha and chemistry experiments; projectile fragment separator (FRS) for production CC and in-ﬂight separation of nuclei far oﬀ stability; spectroscopy setup, storage- PE cooler ring ESR with internal gas-jet target, collinear laser spectroscopy system,

Nu X-ray and position sensitive particle detectors, reaction experiments with internal

38 targets, direct mass measurements, R3B set-up for kinematically complete reaction studies with relativistic exotic nuclear beams; heavy-ion trap facility HITRAP. - Experimental facilities for hadron physics and nuclear matter research: Large acceptance spectrometers FOPI and HADES with momentum reconstruction and particle identiﬁcation in the full acceptance; RICH detector and high-rate data aquisition for HADES (rare dilepton decays); both detectors study QCD matter under extreme condition and can also investigate pion induced reactions. - Tier-0, -1, -2 infrastructure for CERN/ALICE and in the future for Tier-0 FAIR (HPC).

Main Fields of Nuclear Research: Super-heavy elements; exotic nuclei far oﬀ stability; nucleus-atomic shell interactions; nuclear spectroscopy and reactions up to relativistic energies; nuclear astrophysics (NuSTAR); Hadrons structure and dynamics (PANDA); EoS for nuclear matter; investigation of hot, compressed and highly excited hadronic matter; medium modiﬁcation of hadrons in normal and dense nuclear matter (NQM).

lu Main Fields of Other Research:

:B ur Atomic and plasma physics; materials research; biophysics and radiobiology; lo (APPA).

Accommodation: Guest house located at the laboratory, several guest rooms and small apartments about 1 km from the laboratory, hotels.

ered Transportation: Train station Darmstadt (8 km from GSI). Frankfurt Airport: 25 km from GSI.

numb Bus shuttle from Wixhausen-station and Arheilgen.

odd-

ook ndb Future Developments (under construction):

Ha Present developments in accelerators and research is focussed on FAIR (see ’Darm- CC stadt FAIR’).

39 DARMSTADT S-DALINAC (Germany)

Facility: Institut f¨urKernphysik Technische Universit¨atDarmstadt Superconducting Darmstadt Schlossgartenstrasse 9 electron linear accelerator (S- D-64289 Darmstadt DALINAC) producing c.w. http://www.ikp.tu-darmstadt.de/ electron beams from 3 to 130 MeV.

Director: N. Pietralla Phone: +49 61 51 16 74 41 Fax: +49 61 51 16 43 21 E-Mail: [email protected]

Contact Person for Foreign Users: N. Pietralla Phone: +49 61 51 16 74 41

e Fax: +49 61 51 16 43 21

lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

es Write to the Director or contact any member of the in-house groups working at

yd the S-DALINAC for planning an experiment in collaboration.

ilit

ag dp Programme Advisory Committee:

re be In preparation

-n

even

Main Instrumentation for Nuclear Physics Experiments:

ook Nuclear resonance ﬂuorescence facility with three 100% eﬃcient Germanium detec- ndb tors and one 36-fold segmented Compton-tracking polarimeter of AGATA-detector

Ha type. CC Large solid angle magnetic spectrometer of QCLAM type for single arm (e, e′) and PE (e, e′x) coincidence experiments with x=n,p,γ,... .

Nu Solid State and neutron counter arrays.

40 Energy-loss spectrometer for (e, e′) at high resolution. Facility for inelastic electron scattering experiments under 180◦. High-resolution photon tagger for photon energies between 5 and 20 MeV. Source of polarized electrons. Polarimeters.

Main Fields of Nuclear Research: Photon and electron scattering for the study of elementary nuclear excitation of low multipolarity. Electric and magnetic giant resonances. Nuclear astrophysics. Fundamental experiments on nucleon structure (charge radius, polarizability). Photoﬁssion experiments with bremsstrahlung.

Main Fields of Other Research: Superconducting RF and accelerator physics and technology. e Simulation of quantum chaos phemomena in superconducting microwave resonators.

lu Detector R&D.

Accommodation: Guest rooms, nearby hotels, nearby boarding houses.

Transportation: ge Public transportation. Central location in Darmstadt.

ered

numb Future Developments (under construction):

odd- LaBr detector ball for (e,e′γ) and (γ, γ′) experiments. Silicon detector ball for (e,e′x) experiments. ook Magnet system for electron scattering near 0◦. ndb Low-energy large solid angle neutron detector system. Ha Møller polarimeter for 50-130 MeV electrons.

CC Scraper systems and third recirculation beamline.

41 DEBRECEN ATOMKI (Hungary)

Facility: Atomki: Institute for Nuclear Research, Atomki Accelerator Centre: Hungarian Academy of Sciences Cyclotron (1-26 MeV), VDG-5 H-4026 Debrecen Van de Graaff generator (0.8-3.8 Bem tér18/c MeV), VDG-1 Van de Graaff Fax: +36 52 416181 generator (90-1500 keV), ECR http://www.atomki.hu ion source (50 eV-800 keV), AMS accelerator mass spectrometer for Director: radiocarbon dating (200 keV) Zs. Fülöp Phone: +36 52 509260 E-Mail: [email protected]

Contact Person for Foreign Users: S. Biri Phone: +36 52 509234

e E-mail: [email protected]

) Procedure to Apply for Beamtime:

ti ip Accelerator Centre users should contact the Program Advisory Committee (PAC). cr The services (within the limits of the capacities) are available for everyone with

es equal chance if an acceptable scientiﬁc program is provided together with the

yd ilit request. Possibility is open for on-line ﬁlling out and e-sending of the downloaded

c fa Beamtime Request Form: http://www.atomki.hu/PAC/index en.html

um Programme Advisory Committee: -n PAC consists of 6 members. Their names are published in the PAC homepage: even http://www.atomki.hu/PAC/index en.html

ook

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Ha Main Instrumentation for Nuclear Physics Experiments:

CC Split pole magnetic spectrograph. PE CLOVER type HPGe detector with BGO shield and other HPGe detectors.

Nu Superconducting solenoid, and mini orange magnetic electron spectrometers.

42 Ionization chambers and PPAC detectors for fission fragments. Scattering chamber with Si particle telescopes. Multi-detector array for high energy nuclear e+e− pair spectroscopy. For other research fields: Specific electron spectrometers and collision chambers, B-type isotope laboratory, cyclotron neutron source with berilium target, quasi- monoenergetic fast neutron source, off-line isotope separator

Main Fields of Nuclear Research: Spectroscopy of super- and hyperdeformed states in the actinide region. Study of ﬁssion barriers and the ﬁssion process. Nuclear astrophysics. Study of γ-decay of giant resonances.

Main Fields of Other Research: Fundamental atomic and molecular collision physics and plasma physics. Production of radioactive isotopes for a PET camera, and long lived radioactive

lu isotopes for radioactive beams at large scale facilities. Thin layer activation, nuclear data measurements, neutron and gamma induced

:B ur mutations. lo Radiation hardness tests of electronic units.

Co Ion beam analysis (IBA) applications in interdisciplinary ﬁelds, proton beam writing (PBW). Ion-surface interacions, ion guiding by insulator structures. Molecular processes relevant for ion beam cancer therapy.

Accommodation:

pa Guest rooms at the institute and hotels in town.

ered

numb Transportation:

odd- By air: Liszt Ferenc International Airport (BUD), many destinations, direct train to Debrecen. ook By train: Debrecen is a large railway hub with many domestic and international ndb services. Ha By car: Motorway connection M3-M35. CC Local public transportation: trams, buses, taxi.

43 DRESDEN HZDR (Germany)

Facility: Helmholtz-Zentrum Dresden-Rossendorf Tandetron Electrostatic Accelera- Institute of Ion Beam Physics tor 6 MV with universal ion source and Materials Research High-current Tandetron Electro- Bautzner Landstrasse 400 static Accelerator 3 MV with uni- 01328 Dresden, Germany versal ion source Fax: +49 351 260 3285 Single stage van-de-Graaﬀ acceler- http://www.hzdr.de/ ator 1.7 MV for light gaseous ions 3 ion implanters with universal ion Director: sources 500 kV, 200 kV, 40 kV. Director: J¨urgenFaßbender Phone: +49 351 260 3096 Fax: +49 351 260 3285 E-Mail: [email protected]

Contact Person for Foreign Users:

e Johannes von Borany lu Phone: +49 351 260 3378

:B Fax: +49 351 260 13378

lo E-Mail: [email protected]

Co Contact Person for SPIRIT Transna-

)

on tional Use (see below):

ip Andreas Kolitsch cr Phone: +49 351 260 3348

es Fax: +49 351 260 13348

yd ilit E-Mail: [email protected]

re be Procedure to Apply for Beamtime:

-n Transnational Access via SPIRIT European Integrated Infrastructure Initiative:

even Application via SPIRIT webpages, http://www.spirit-ion.eu/TNA/Information.html Continuous submission and evaluation of proposals Other Use: Please contact J. von Borany (see above)

ook

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44 Programme Advisory Committee: User Selection Panel for SPIRIT Transnational Access: 19 external members (3 national, 16 international)

Main Instrumentation for Nuclear Physics Experiments: Ion-beam based materials analysis (RBS, ERD, NRA, H-NRA, PIXE, PIGE, channeling); Ion microprobe (RBS, ERD, PIXE, PIGE, channeling); Accelerator Mass Spectrometry (AMS) at 6 MV Tandetron; Ion implantation at 6 MV and 3 MV Tandetrons and ion implanters, including wafer handling systems

Main Fields of Other Research: Doping and defects in semiconductors; Nanoscaled magnetism; Ion-driven self- organization of nanostructures; Functional thin ﬁlms and nanostructures

lu Accommodation:

lo Guest house with 30 guest rooms on site; additional guest rooms and appartments

Co nearby

Transportation: See HZDR webpages www.hzdr.de > About us > How to Find us

ered

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45 FIRENZE LABEC (Italy)

Facility: LABEC Accelerator Laboratory Via Bruno Rossi 1 Tandetron accelerator, 3 MV max 50019 Sesto Fiorentino (Firenze) terminal voltage, mainly for IBA Italy (Ion Beam Analysis) using exter- Fax: +39 055 4572641 nal beams and microbeams, and E-Mail: labec@fi.infn.it radiocarbon measurements with AMS (Accelerator Mass Spec- Director: trometry). Also available non P.A. Mandò accelerator-based elemental anal- Phone: +39 055 4572080 ysis systems (XRF, in-lab and E-Mail: mando@fi.infn.it transportable) (expected changeover in 2012: F. Lucarelli Phone: +39 055457 2274 E-Mail: lucarelli@fi.infn.it)

Contact Person for Foreign Users:

e M. Chiari

lu Phone: +39 055 4572273

ur E-mail: chiari@ﬁ.infn.it

)

ip cr Procedure to Apply for Beamtime:

yd simple request to be evaluated by the Director

ilit

ag dp Programme Advisory Committee:

re be to be soon formed

-n

even

Main Instrumentation for Nuclear Physics Experiments:

ook 6 beam lines overall, one of which for AMS, the others including: ndb 2 collimated external beam lines;

Ha 1 external microbeam line, CC with beam size on target down to 8 micron, electromagnetic scan system PE and list-mode acquisition for elemental mapping;

Nu 1 beamline with electrostatic beam chopping for pulsed beams to better than few

46 hundred ps. Detection systems for PIXE - PIGE, particle scattering and IBIL permanently installed at each of the IBA lines; electronics for data acquisition; data acquisition systems

Main Fields of Nuclear Research: Measurement of gamma ray production cross sections and non-Rutherford elastic scattering cross sections

Main Fields of Other Research: Applied nuclear techniques, mainly: Ion Beam Analysis applied to Cultural Heritage, environmental problems, geol- ogy, biology, materials science, and radiocarbon dating through Accelerator Mass Spectrometry

ur lo Accommodation: Co No local accommodation facilities available in the campus

Transportation: Urban bus service to the campus, frequency about 1 every 20 minutes. See www.polosci.uniﬁ.it

ered Future Developments (under construction): numb AMS also for 129I

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47 FRANKFURT FRANZ (Germany)

Facility: Institut fürAngewandte Physik, FB-13 Goethe UniversitätFrankfurt Currently under construction. Max-von-Laue- Str. 1 Volume-type ion source, RFQ and 60438 Frankfurt/Main IH structures providing protons Germany between 1.8 and7 Li(p,n) 2.2 MeV. reaction. Neu- http://exp-astro.physik.uni- trons via the frankfurt.de/franz/ Two operation modes. Constant beam (CW) of up to 20 mA on Director: the target. Pulsed beam intended RenéReifarth for time-of-flight measurements Fon: +49-69-798-47442 with up to 2 mA. The pulse width Fax: +49-69-798-47444 will be less than 1 ns at a of E-Mail: [email protected] repetition rate 250 kHz.

Contact Person for Foreign Users: Kerstin Sonnabend

e Fon: +49-69-798-47467

lu Fax: +49-69-798-47444

ur E-Mail: [email protected]

)

es Procedure to Apply for Beamtime:

yd Informal, contact Kerstin Sonnabend or Ren´eReifarth.

ilit

re Main Instrumentation for Nuclear Physics Experiments: be Two diﬀerent types of measurements will be possible at FRANZ - in beam measure-

-n ments and activation experiments. Both techniques can be applied for neutron- and proton-induced reactions.

even

A 4π-BaF2 - detektor array is available for in-beam experiments at FRANZ. The BaF crystals form a spherical shell of 10 cm inner radius and 15 cm thickness.

ook 2 The full sphere would consist of 42 crystals. Currently a state-of-the-art data ndb acquisition (DAQ) based on Flash-ADC and FPGA is installed. This DAQ is

Ha based on the latest developments in data processing and allows a dead-time-free CC operation with background rates of up to 30 MBq including pile-up correction. The

PE samples will be placed inside the BaF2-array. For neutron-induced measurements,

Nu a ﬂight path of about 1 m is anticipated in order to allow the determination

48 of energy-dependet cross sections with the time-of-flight technique. For proton- induced reactions, the protons will hit the sample material inside the calorimeter. Activation experiments typically occur in two distinct phases. The first phase is the irradiation of the sample. This will happen at FRANZ either with neutrons, where the sample is placed right next to the neutron production target, or with protons, where the sample acts a a beam stop. In both cases, proton currents of several mA are available. It is foreseen to reach 20 mA in the final stage of the FRANZ facility. The second phase is the detection of the induced activities. It depends very strongly on the specific decay schemes of the produced isotopes. Therefore a suite of detection systems is currently available. Gammas above about 100 keV can be detected using a pair Clover detectors in a 4π-arrangement or up to 100% HPGe detectors. Electrons can be detected using Si(Li)-based electron spectrometer. Similarly to the BaF2 system, the DAQ for the Clover system is based on a combination of FADC and FPGA. While the other systems use conventional ADC and TDC modules.

Main Fields of Nuclear Research: Nuclear astrophysics and nuclear technology.

ur lo Main Fields of Other Research:

Co Accelerator development.

Accommodation: Nearby hotels.

ered Transportation:

numb The international airport Frankfurt Airport as well the train station Frankfurt/Main have good connection via public transportation to the Universitiy Campus Ried- odd- berg via the subway U8.

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Ha Future Developments (under construction):

PE FRANZ is currently under construction.

49 FRASCATI LNF (Italy)

Facility: + e− , 1020 Istituto Nazionale di e × Fisica Nucleare (INFN) DAΦNE: storage ring, MeV c.m. energy,− luminosity 5 Laboratori Nazionali di Frascati −2 s 1 , circumference 97.69 1032 cm CP 13 3 cm, m, maximum total averageσ cur-Z Via E. Fermi, 40 .2 × rent 5 A, bunch length − 120, 2 I-00044 Frascati .2 × Fax: +39 06 94 03 25 82 number of bunches− + pairs 1 at L=1 2 −1 K K 10 s −1 http://www.lnf.infn.it/ −2 s , from Φ decay. 1032 cm Director: Beam Test Facility, providing elec- Umberto Dosselli tron/positrons and photon beams 10 Phone: +39 06 94 03 22 23 from 25 to 750 MeV and intensi- E-Mail: [email protected] ties from single particle up to 10 particles/second. Contact Person for Foreign Users: Carlo Guaraldo

e Phone: +39 06 94 03 23 18/23 17 lu Fax: +39 06 94 03 25 59

:B E-Mail: [email protected]

)

cr Procedure to Apply for Beamtime: es Enter the website www.lnf.infn.it/cee/tarifp7/ where one can ﬁnd instructions.

ilit

ag Programme Advisory Committee:

be 9 international members

-n

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50 Main Instrumentation for Nuclear Physics Experiments: SIDDHARTA2 setup AMADEUS setup

Main Fields of Nuclear Research: Low energy K−-nucleus interaction. Kaonic atoms research. Deeply bound kaonic nuclear states.

Main Fields of Other Research: Elementary particle physics. Research with synchrotron light. Gravitational waves research. Theoretical physics. Accelerator physics.

e FEL research. lu Detector development.

Accommodation: 3 Guesthouses, with single, double rooms and apartments, for an overall of 40 beds.

Transportation:

ge pa Railway station ”Tor Vergata” at walking distance (line Rome-Cassino). Frascati main railway station (3 km from the laboratory). INFN buses at ﬁxed times ered connect the laboratory to the station ”Anagnina” of Rome Metro line A.

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51 GARCHING MLL (Germany)

Facility: Maier-Leibnitz-Laboratorium with terminal f¨urKern- und Teilchenphysik MP tandem Am Coulombwall 6, voltage of up to 15 MV producing D-85748 Garching H to U including polarised p Phone: +49 89 289 144 33 and d, DC or bunches of 1 ns http://www.bl.physik.tu-muenchen.de/ to 2 ms with frequencies of 5 MHz.

Director: Stephan Paul Physikdepartment E18 Technische Universt¨atM¨unchen D-85748 Garching Tel: +49 89 289 12571 Fax +49 89 289 12570

Contact Person for Foreign Users:

e Andreas Bergmaier lu Universt¨atder Bundeswehr

:B Werner-Heisenberg-Weg 39

lo D-85577 Neubiberg Co Phone: +49 89 289 14285 Phone: +49 89 6004 3513

)

on Fax: +49 89 6004 3295

ip E-Mail: [email protected]

ilit

e( ag Procedure to Apply for Beamtime: dp Contact one of the in-house groups or the directors oﬃce.

-n even Programme Advisory Committee: 3 in-house, 5 national, 1 international member(s).

ook

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52 Main Instrumentation for Nuclear Physics Experiments: Q3D magnetic spectrograph with various light and heavy ion detectors. SNAKE (Superconducting Nanoscope for Applied nuclear (Kern-)physics Experi- ments. Ge gamma-ray detector arrays. Conversion electron spectrometer. Gas ﬁlled magnet for AMS. High resolution Penning Trap. Neutron time-of-ﬂight experiment. Shielded laboratory for low-background experiments.

Main Fields of Nuclear Research: Nuclear spectroscopy: structure of exotic nuclei, ﬁssion-isomer studies, g-factor measurements, high precision studies using transfer reactions. Accelerator mass spectroscopy.

lu Main Fields of Other Research:

:B Instrumental developments for the ﬁelds of nuclear structure physics, hadron

lo physics, particle-astrophysics and heavy-ion physics.

Co Material analysis: sub-µm 3D-hydrogen microscopy, high resolution ERD, thin layer analysis by ERD, interaction of ions with matter. Medical applications: Radiobiology using focussed ion-beams, radiation eﬀects in biological systemss, ion-implantation.

Accommodation:

ge A few guest rooms, near-by hotels.

ered numb Transportation: odd- Autobahn A9 (M¨unchen-N¨urnberg) to Garching-Nord. U-Bahn U6 to Garching-Forschungscampus ook or S-Bahn S8 to Ismaning, and bus No. 230.

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53 GARCHING FRM-II (Germany)

Facility: FRM-II Lichtenbergstraße 1 D-85748 Garching 20 MW research reactor with − −2 s 1 , 10 Phone: +49 89 289 149 65 a maximal thermal× 10 neutron14 cm ﬂux http://www.frm2.tu-muenchen.de/ density of 8 horizontal, 2 inclined and 1 ver- Director: tical beam tubes. Moderators Winfried Petry for cold, thermal, hot neutrons, Phone: +49 89 289 14965 sourse of fast neutrons, positron Fax: +49 89 289 14995 source source, hot neutron source, E-Mail: [email protected] ultra cold neutron source under construction. Contact Person for Foreign Users: Winfried Petry Phone: +49 89 289 14965 Fax: +49 89 289 14995 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: ) Proposals are submitted following a call for proposals, 2 Programme Advisory

ip Committee meetings per year.

ilit

fa Programme Advisory Committee:

e( ag One PAC for all instruments operated by TUM, one PAC for all instruments dp operated by JCNS, PACs are divided in subgroups with paticular expertise.

-n even Main Instrumentation for Nuclear Physics Experiments: MEPHYSTO - Measuring facility for nuclear and particle physics with slow neu- ook trons, NECTAR - radiography and tomography with fast neutrons, ANTARES - ndb radiography and tomography with cold neutrons, MEDAPP - Hadron (fast neu- Ha trons) cancer therapy, MEPISTO - brilliant source of thermal positrons, PGAA -

CC prompt gamma activation analysis.

54 Main Fields of Nuclear Research: Production of long-lived superheavy nuclei. Structure of exotic neutron-rich nuclei. Gamma-ray spectroscopy of nuclei at high temperature. Order-to-chaos transition in nuclei. Fission fragment spectroscopy.

Main Fields of Other Research: Neutron scattering for material science, biology, physics, chemistry. Positron source for materials science and other research. Precision tests of the standard model of particle physics. Measurement of the weak coupling constants of the neutron. Test of T-symmetry. Search for the electric dipole moment of the neutron. High accuracy measurement of the neutron lifetime. Production of medical isotopes. Tumor therapy.

:B ur Accommodation:

Co Near-by hotels.

Transportation: Autobahn A9 (M¨unchen-N¨urnberg) to Garching-Nord. U-Bahn U6 to Garching-Forschungscampus or S-Bahn S8 to Ismaning, and bus No. 230.

ered Future Developments (under construction):

numb Munich Accelerator for Fission Fragments (MAFF).

odd- Mini-D2 Source for Ultra-Cold Neutrons. Prompt Gamma-ray Activation (PGA) Analysis and Gama-spectroscopy set-up.

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55 GLASGOW SCAPA (United Kingdom)

Facility: Department of Physics University of Strathclyde SUPA: Scottish Universities John Anderson Building Physics Alliance 107 Rottenrow SCAPA: Scottish Centre for the Glasgow G4 0NG Application of Plasma-based http://www.scapa.ac.uk Accelerators Source of ultra-short duration (fs Director: to sub-fs) particle and radiation D. A. Jaroszynski beams. Phone: +44 141 548 3057 Electron beams up to several GeV Fax: +44 141 552 2891 and ion beams up to 100 MeV/u. E-Mail: [email protected] Brilliant polarised femtosecond duration gamma-rays beam with Contact Person for Foreign Users: photon energies up to 10 MeV. As above.

ur lo Procedure to Apply for Beamtime:

Co Submission of a collaborative proposal to the Director for consideration by the ) Executive Board.

ilit

c fa Programme Advisory Committee:

ag 6 external members (4 national, 2 international)

-n Main Instrumentation for Nuclear Physics Experiments:

even Scintillation detectors; Pixelated array detectors; PSL imaging plates and ra- diochromic ﬁlm; Beam position monitors (Ce:YAG, Lanex); Dipole magnet imag- ook ing spectrometer for electron beams; Thomson parabola for ion beams.

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56 Main Fields of Nuclear Research: Photo-nuclear physics; Radioisotope production for PET; High resolution gamma- radiography of dense matter; Development of novel detectors; Radioactive material detection after gamma irradiation; Radiation damage testing in nuclear fusion and ﬁssion reactor development.

Main Fields of Other Research: Laser-plasma accelerator development; Coherent radiation source development; Radiobiology; Phase-contrast X-ray imaging; Spatio-temporal probing of ultrafast processes with ultra-short X-ray probe pulses; Electron and X-ray diﬀraction.

Accommodation: City centre hotel accommodation within walking distance.

lu Transportation:

lo SCAPA located in Glasgow city centre; Glasgow International Airport (12 km,

Co bus connection); Glasgow Prestwick Airport (50 km, train and bus connections); Edinburgh International Airport (55 km, combined bus and train connection).

Future Developments (under construction): SCAPA scheduled to open in 2014.

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57 GEEL IRMM (Belgium)

Facility: Institute for Reference Materials and Measurements Pulsed 150 MeV electron accelera- Joint Research Centre tor GELINA with high-resolution Retieseweg 111 neutron time-of-flight facility, 12 B-2440 GEEL (Belgium) independent neutron flight paths, http://www.irmm.jrc.be/ neutrons up to 10 MeV. 7 MV Van de Graaff facility for Director: continuous and pulsed proton-, Krzysztof Maruszewski deuteron- and helium ion beams, Phone: +32 14 571 201 quasi-monoenergetic neutrons up E-Mail: to 24 MeV. [email protected]

Contact Person for Foreign Users: Wim Mondelaers Phone: +32 14 571 478

e E-Mail: [email protected]

) Procedure to Apply for Beamtime:

ip IRMM runs a Transnational Access programme called EUFRAT (information cr available on the Web server). There is a permanent Call for proposals. Ex-

es periments can also be performed in the framework of bilateral collaborations. For

ilit details contact W. Mondelaers or one of the research groups of the Nuclear Physics

c fa Unit from IRMM.

re be Programme Advisory Committee:

-n 3 in-house and 3 international members

even

ook Main Instrumentation for Nuclear Physics Experiments:

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Ha Dedicated measurement set-ups for neutron transmission, capture, ﬁssion and scattering cross-section measurements are available. The facilities are ideal tools for

PE a number of high-priority neutron measurements that are necessary to obtain the

Nu required accuracy and consistency in the evaluated nuclear data libraries.

58 Main Fields of Nuclear Research: Measurements of neutron-induced reaction cross-sections that cover the total, ﬁs- sion, capture and inelastic scattering processes. High-quality neutron data are measured for: - radioactive waste management and transmutation concepts - Generation IV nuclear energy systems - safety of nuclear present-day reactors - improved reactor operation and fuel management - basic research in nuclear physics - nuclear data standards

Main Fields of Other Research: Research at the IRMM covers standardisation issues in nuclear safety and security, food safety, materials science and engineering, environmental and life sciences, and emerging technologies.

lu Accommodation:

:B ur Near-by hotels

Transportation: See Website: http://irmm.jrc.ec.europa.eu/about IRMM/location/Pages/index.aspx

pa Future Developments (under construction): ered Refurbishment of Van de Graaﬀ accelerator and its peripheral equipment.

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59 GENEVE CERN-ISOLDE (Switzerland)

Facility: CERN-ISOLDE Two isotope mass sep- CH-1211 Gen`eve 23 ISOLDE: Phone: +41 22 767 58 28 arators on-line for radioactive ion Fax: +41 22 767 89 90 beam production, acceleration to http://isolde.cern.ch/ 60 keV and mass separation. About 650 radioactive beams of 65 Director: elements are distributed to more Rolf Heuer than 15 experimentalRadioactive setups. ion Phone: +41 22 767 23 00 REX-ISOLDE: E-Mail: [email protected] beam linear accelerator, trapping, cooling, charge breeding and post Contact Person for Foreign Users: accelerating the exotic ISOLDE Magdalena Kowalska, Scientiﬁc Co- species up to 3.0 MeV/u. ordinator Phone: +41 22 767 38 09 E-Mail: [email protected]

e Yorick Blumenfeld, Physics Group Leader

lu Phone: +41 22 767 58 25 :B E-Mail: [email protected]

lo Richard Catherall, Technical Co-ordinator Co Phone: +41 22 767 17 41 E-Mail: [email protected]

)

ilit

fa Procedure to Apply for Beamtime: e( Letter of intent (not mandatory) submitted to ISOLDE and n TOF Experiments ag Committee (INTC). Experiment Proposal to the INTC followed by a public oral

re presentation. General information on the ISOLDE Web site (http://isolde.cern.ch/).

-n

even Main Instrumentation for Nuclear Physics Experiments: · Several stations for decay spectroscopy including a Total Absorption gamma-ray

ook Spectrometer (TAgS), a Silicon detector array (Si-Ball), etc ndb · Laser spectroscopy beamlines: COLLAPS, CRIS.

Ha · Mass spectrometer: ISOLTRAP. CC · Trap for weak interaction experiments: WITCH. PE · Dilution refrigerator for nuclear polarization: NICOLE.

Nu · REX Post-accelerator to 3.0 MeV/u: REX-TRAP, REX-EBIS and REX-LINAC.

60 · Gamma-ray detector array MINIBALL · Silicon-strip detector array T-REX used in coincidence with MINIBALL. · Several stations for collecting radioactive species. · Several set-ups for Perturbed Angular Correlation (PAC) measurements.

Main Fields of Nuclear Research: Study of nuclear properties and exotic decays far from stability, Measurement of ground state properties: masses, moments, radii..., Studies using post-accelerated radioactive beams: Coulex, transfer reactions...

Main Fields of Other Research: Nuclear Structure Physics, Nuclear astrophysics, Atomic physics, Solid state physics, Biophysics and medicine, Low energy particle physics

e Accommodation:

lu A hostel is available on the CERN site (238 single rooms, 75 double rooms). E-

:B ur mail: [email protected] lo Booking details at https://espace.cern.ch/hostel-service/default.aspx

Transportation: By Air: From Geneva Airport take the free CERN shuttle (http://gs-dep.web.cern .ch/en/content/Shuttle/New) or a taxi or bus # Y direct to CERN. Public transport information on http://www.tpg.ch.

ge By train: Inter-city trains serve Geneva-Cornavin railway station and/or Geneva pa airport station. From Geneva-Cornavin station to CERN take tram 18-CERN. From Geneva airport station follow instructions from airport. ered By car: CERN is on the “route de Meyrin”, near to the St. Genis French border.

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ook

ndb HIE-ISOLDE upgrade consists in building a superconducting LINAC to increase

Ha radioactive beam energy to from 3 to 10 MeV/A and modify target stations to increase intensity by a factor 10. Construction currently ongoing.

61 GENEVE CERN n TOF (Switzerland)

Facility: CERN 385 route de Meyrin n TOF: neutron-time-of-ﬂight fa- CH-1211 Gen´eve 23 cility (spallation neutron source) Switzerland

Director: CERN Director-General, Rolf-Dieter Heuer Phone: +41 22 76 72300 E-mail: [email protected]

Contact Person for Foreign Users: Reception building: +41 22 767 7676 Lat N: 46.2314284, Long E: 6.0539718

ur Procedure to Apply for Beamtime:

Co Submission of a ”Proposal for an experiment at the ISOLDE and Neutron Time-of- Flight Experiments Committee (INTC)” (the corresponding forms can be drawn ) from the WWW; call for proposals and deadline dates are announced on the

ip WWW; 2 PAC meetings per year).

ilit

e( Programme Advisory Committee: ag 25 members (13 internal members, 12 from Member States)

-n Main Instrumentation for Nuclear Physics Experiments:

even In the present Experimental Area, located at 200 m from the spallation target: -C6D6: liquid scintillator γ detector, optimized for high resolution and low neutron ook sensitivity measurements

ndb - TAC (Total Absorption Calorimeter): high eﬃciency 4π-BaF2 detector, able to Ha reconstruct the total energy of the γ cascade of a neutron-induced capture reaction

CC - MicroMegas: low γ sensitivity ionization chamber optimized for charged particles PE and ﬁssion fragment detectors

62 Main Fields of Nuclear Research: Nuclear Astrophysics ((n,lcp) and (n,γ) reactions) Nuclear Technology (neutron-induced ﬁssion and (n,γ) reactions)

Main Fields of Other Research: Medical Applications Basic nuclear physics

Accommodation: The CERN Housing Service runs three hostels on the CERN site in Switzerland: Building 38, Building 39 and Building 41. It also has a certain number of rooms at its disposal in the SaintGenis hostel, located in St. Genis-Pouilly, France, which is not managed by CERN but by a French association set up to provide subsidised accommodation for people with low incomes. https://espace.cern.ch/hostel-service/default.aspx

ur lo Transportation:

Co By Air: From Geneva Airport take the free CERN shuttle (http://gs-dep.web.cern .ch/en/content/Shuttle/New) or a taxi or bus # Y direct to CERN. Public transport information on http://www.tpg.ch. By train: Inter-city trains serve Geneva-Cornavin railway station and/or Geneva airport station. From Geneva-Cornavin station to CERN take tram 18-CERN. From Geneva airport station follow instructions from airport. By car: CERN is on the “route de Meyrin”, near to the St. Genis French border.

pa ered Future Developments (under construction): numb The n TOF Collaboration is actively considering the construction of a second ex-

odd- perimental area (EAR2), located 20 meters vertically with respect to the spallation target. This would allow a significant increase of the neutron fluence while main- taining the prominent characteristics of the n TOF neutron beam, namely the ook high instantaneous neutron flux and low background. The area would be operated ndb together with EAR1 and will allow the measurement of very low mass samples, Ha low cross-section and short half-lives isotopes.

63 GRENOBLE ILL (France)

Facility: Institut Laue-Langevin 6 rue Jules Horowitz High-Flux 58.4 MW Reactor: The BP 156 most powerful source of neu- Grenoble Cedex 9 trons in the world for research, operating some 40 instruments. F-38042 .5 × Fax: +33 4 76 48 39 06 Maximum unperturbed thermal- http://www.ill.fr/ neutron ﬂux in2 reactor:/s. Typical 1 per- 15 n /cm 10 2 15 n /cm /s. Director: turbed thermal-neutron.8 × 10 ﬂux at A. Harrison beam tubes: 0 Phone: +33 4 76 20 71 00 Hot source at 2400 K. Vertical and E-Mail: [email protected] horizontal cold sources at 25 K.

Contact Person for Foreign Users: G. Cicognani Phone: +33 4 76 20 70 82

e Fax: +33 4 76 48 39 06

lu E-Mail: [email protected]

)

ip Procedure to Apply for Beamtime:

es Proposals for experiments at the ILL are submitted from the “visitor’s club” on

yd the ILL’s website (www.ill.fr). Two proposal rounds per year, whose dates are

ilit c announced on the ILL’s website.

be Main Instrumentation for Nuclear Physics Experiments: um Four main instruments: Lohengrin (PN1), GAMS (PN3), PF1 and PF2.

-n The Lohengrin mass spectrometer PN1 for unslowed ﬁssion products produces and even separates neutron-rich nuclei far from stability. The focal point can be equipped with ionisation chambers for particle identiﬁcation, “Clover” Ge detectors for γ-ray spectroscopy, LaBr detectors for fast-timing measurements and Si(Li) detectors

ook 3 for conversion-electron spectroscopy. These detectors are used mostly for studying ndb decays from microsecond isomers. Beta and neutron detectors, a tape transport

Ha system and an electrostatic beam chopper are available for decay experiments. CC Studies of the ﬁssion process, also related to reactor applications, can be per- PE formed with this instrument, too.

Nu The GAMS ultra high resolution crystal gamma-ray spectrometers have eV resolu-

64 tion. Using curved crystals in DuMond geometry the GAMS5 spectrometer has a resolution power of 104 - 106 in the energy range 50 - 1500 keV. Using flat perfect crystals the spectrometers GAMS5 and GAMS6 are adapted to measure nuclear lifetimes in the range of femto- to picoseconds. Due to their intrinsic calibration capability the instruments enable absolute measurements of gamma ray energies for calibration purposes and for the determination of fundamental constants. The DIGRA-option of GAMS5 serves to characterize crystals for mosaicity and reflec- tivity. The PF1 cold-neutron beam, with a thermal-equivalent flux of 1.4 × 1010 n/cm2/s delivers the most intense cold polarised neutron beam in the world. It can be used for experiments such as the study of asymmetries in neutron decay, nuclear structure (involving fission or neutron-capture reactions in a target surrounded by detector arrays), and studies of the fission mechanism. The PF2 ultra-cold neutron facility provides beams of ultra-cold neutrons. Exam- ples of experiments include searches for the electric dipole moment of the neutron, measurements of the neutron lifetime, studies of gravitation at the micrometre length scale, and searches for axion-like particles.

Main Fields of Nuclear Research:

e lu Nuclear structure of neutron-rich nuclei far from stability. Nuclear structure from neutron-capture reactions.

Main Fields of Other Research: Reasearch at the ILL covers nearly all areas of physics, chemistry, biology, materials science and engineering.

ge Accommodation:

pa Joint guest house (with the ESRF) with 114 single rooms and 20 twin rooms ered located at the laboratory.

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Transportation:

ook Train station Grenoble (2 km from the laboratory). Grenoble, Lyon and Geneva

ndb airports all within easy reach by road (all have regular coach services).

65 GRONINGEN KVI (Netherlands)

Facility: Kernfysisch Versneller Instituut Zernikelaan 25 AGOR: superconducting K=600 NL-9747 AA Groningen MeV cyclotron for light and heavy Fax: +31 50 363 35 55 ions. Variable energy up to 190 0.35) up to http://www.kvi.nl/ MeV protons,Q/A 360 MeV < alphas, 2 heavy ions ( Q/A) MeV/u. Axial Director: E/A = 600( K. Jungmann injection: ECR for heavy ions. Phone: +31 50 363 35 53 E-Mail: [email protected]

Contact Person for Foreign Users: H.R. Kremers Phone: +31 50 363 25 71 E-Mail: [email protected]

ur lo Procedure to Apply for Beamtime:

Co Contact: P.G. Dendooven

) Phone: +31 50 363 36 15

on ti E-Mail: [email protected]

ip cr Call for proposals once a year. Presentation in open meeting. Beamtime allotted es on recommendation of PAC.

ilit

e( ag Programme Advisory Committee:

dp re 4 international members

-n

even Main Instrumentation for Nuclear Physics Experiments: Magnetic spectrometer BBS: K=430 MeV; ∆p/p variable between 13 and 25%;

ook solid angle variable from 14.4 to 6.5 msr; energy resolution ∆E/E=4·10−4. Various ndb position-sensitive detection systems for light and heavy ions as well as a polarime-

Ha ter are available. CC Dual-mode magnetic separator TRIµP, consisting of two sections; in the ﬁrst PE mode (using both sections) it operates as a fragment separator with parameters

Nu Bρmax = 3.0 Tm, hor. and vert. opening 30 mrad and momentum range 2%;

66 in the second mode it operates as a gas-ﬁlled recoil separator with parameters Bρmax = 3.0 Tm, opening angles 30 mrad and nominal dispersion D = 6.8 m.

Main Fields of Nuclear Research: Fundamental symmetries and interactions. Exotic properties of nuclear and hadronic systems.

Main Fields of Other Research: Atomic physics using laser-cooled atoms and highly stripped ion beams from ECR sources. Astro-particle physics. Accelerator and ion-source physics. Radiation physics, focussed on hadron therapy.

e lu Accommodation:

ur 1 Guest room (2 people). lo Other facilities in city of Groningen (4 km).

Transportation: Public transportation up to 600 m from the laboratory. Bicycles made available by the Institute.

ered Future Developments (under construction): Zernike Free-Electron Laser (ZFEL).

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67 HAMBURG DESY (Germany)

Facility: Deutsches Elektronen- Synchrotron DESY DESY II: Electron Synchrotron Notkestr. 85 with three test beam lines for D-22607 Hamburg electrons/positrons with energies Phone: +49 40 899 80 from 1 to 6 GeV; DORIS III: Elec- Fax: +49 40 89 98 43 04 tron/positron Storage Ring). http://www.desy.de/

Director: Helmut Dosch Phone: +49 40 89 98 30 00 E-Mail: [email protected]

Contact Person for Foreign Users: Joachim Mnich, Director of Research Phone: +49 40 89 98 19 21

e E-Mail: [email protected]

) Procedure to Apply for Beamtime:

ip Contact the Director of Research

ilit

c fa Programme Advisory Committee:

e( ag Programme Committees with external and internal members

-n Main Instrumentation for Nuclear Physics Experiments:

even OLYMPUS: Experiment at DORIS III with hydrogen gas target, Toroidal magnet, Time-of-Flight Detectors, GEM and Drift Chamber Tracking Detectors. Test ook beams at DESY II: Magnets and Silicon Strip Tracking Telescope

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68 Main Fields of Nuclear Research: Elastic Electron Proton Scattering Form Factors of Proton Detector development (using test beams) Accelerator development

Main Fields of Other Research: Particle and Astroparticle physics. Research with synchrotron radiation. Accelerator development. Free-electron laser.

Accommodation: Hostel on site, wide choice of hotels in Hamburg.

:B Transportation:

lo Public transportation from Hamburg-Altona and Hamburg airport.

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69 JULICH¨ (Germany)

Facility: Institut fürKernphysik Forschungszentrum Jülich GmbH Storage and cooler synchrotron Postfach 1913 COSY provides unpolarized D-52425 Jülich and polarized proton (deuteron) Fax: +49 24 61 61 39 30 beams up to 2.88 (2.27) GeV. http://www.fz-juelich.de/ikp/ Electron (at 46 MeV) and stochastic cooling (above 800 Director: MeV). Beam extraction from R. Maier ns to minutes. COSY injector Phone: +49 24 61 61 39 80 cyclotron (JULIC) also used for E-Mail: [email protected], irradiations. Detector systems U.-G. Meißner at internal and external target Phone: +49 24 61 61 30 94 stations. E-Mail: [email protected], J. Ritman Phone: +49 24 61 61 30 91

lu E-Mail: [email protected], H. Str¨oher(managing director)

ur Phone: +49 24 61 61 30 93 lo [email protected]

Co Contact Person for Foreign Users:

) on F. Goldenbaum

ti ip Phone: +49 24 61 61 42 50

es E-Mail: [email protected]

ilit

ag dp Procedure to Apply for Beamtime:

re be Proposals, Beam Requests, and Letters of Intent should be directed to the COSY- um Programme Advisory Committee via one of the contact persons. Please use the

-n cover page as provided at even www2.fz-juelich.de/ikp/cosy/en/cosy proposal templates.shtml.

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Ha Programme Advisory Committee: CC 6 national, 6 international members.

70 Main Instrumentation for Nuclear Physics Experiments: ANKE, magnetic spectrometer in COSY ring, variable momentum range via chi- cane, detector systems for positive and negative particles, unpolarized and polarized targets. PAX, investigation of spin ﬁltering as method to produce polarized beams. TOF, external large acceptance, high spatial resolution time-of-ﬂight spectrometer with azimuthal symmetry, tracking detector systems at target, miniatur- ized LH2 target. WASA, internal 4π spectrometer for neutral and charged particles, em-calorimeter, SC-solenoid, pellet target.

Main Fields of Nuclear Research: Hadron physics with hadronic probes: spectroscopy, structure and dynamics of hadrons; strangeness and polarization; QCD and its symmetries, eﬀective ﬁeld theories.

Main Fields of Other Research:

e lu Spin-manipulation of proton/deuteron-beams in storage rings, electron cooling of

:B GeV hadron beams

Accommodation: Hotels in J¨ulich, ﬂats for rent and a guest house for longer stays, special on-site rooms for external scientists during experiments.

ge pa Transportation:

ered Buses running on a ﬁxed schedule during normal working hours. Car service may be arranged according to necessity.

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ook Future Developments (under construction): ndb Design and construction of HESR for FAIR, participation in PANDA and PAX, Ha EDM experiments at storage rings.

71 JYVASKYL¨ A¨ (Finland)

Facility: University of Jyväskylä Department of Physics Cyclotron (AVF, K=130MeV) Accelerator Laboratory with two external ECR ion P.O. Box 35 sources for heavy ions and a FIN-40014 University of Jyväskylä multi-cusp ion source for light Fax: +358 14 617 411 ions. http://www.jyu.fi/accelerator/ Heaviest ion for energies above Coulomb barrier is Xe. Director: Cyclotron (K=30MeV) for intense R. Julin proton and deuteron beams. Phone: +358 50 591 95 26 Pelletron (1.7MV) for various E-Mail: rauno.julin@jyu.fi low-energy ion beams.

Contact Person for Foreign Users: I. Moore Phone: +358 40 805 4103

lu E-Mail: iain.d.moore@jyu.ﬁ

) Procedure to Apply for Beamtime:

ti ip Call for proposals on March 15 and September 15 every year. Send the proposal to

es the contact person I. Moore. List of authors should preferably comprise in-house

yd physicists.

ilit

ag dp Programme Advisory Committee:

re be 4 in-house, 6 international members.

-n

even

Main Instrumentation for Nuclear Physics Experiments:

ook On-line isotope separator IGISOL with RFQ cooler and buncher. ndb Collinear laser-spectroscopy setup.

Ha Penning traps. CC Gas-ﬁlled recoil separator RITU. PE GREAT focal plane spectrometer.

Nu Ge-detector arrays.

72 Electron spectrometers. Large scattering chamber. Beam lines for radiation eﬀect studies. Facility for radioactive isotope production.

Main Fields of Nuclear Research: Structure and ground state properties of neutron deﬁcient, neutron rich and super heavy nuclei. Nuclear reactions.

Main Fields of Other Research: Radiation effects on materials and electronic components. Manipulation of materials with ion beams. Elemental depth profiling. Fabrication and modification of nanoscale materials. e Medical applications.

Accommodation: University guest apartments and hotels, especially the hotel within 200 m from the laboratory.

ge Transportation: pa The laboratory is in the downtown area of Jyväskylä. Several daily flight and train connections from Helsinki.

ered

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ook New site and new beam lines for the IGISOL facility.

ndb Laser ion source for IGISOL.

Ha Second recoil separator MARA.

73 KOLN¨ (Germany)

Facility: Institut fürKernphysik Universitätzu Köln FN Tandem accelerator with ter- Zülpicher Str. 77 minal voltage of up to 10MV pro- D-50397 Köln ducing light and heavy ion (Z up Fax: +49 221 470 5168 to 30) beams from sputter and http://www.ikp.uni-koeln.de/ duoplasmatron ion sources with energies up to 120 MeV. The Director: beam can be pulsed to bunches of J. Jolie 2.5 ns with frequencies up to 2.5 Phone: +49 221 470 3456 MHz. Typical beam currents are Fax: +49 221 470 5168 10-100nA. 6MV Tandetron for ac- E-Mail: [email protected] celerator mass spectrometry of all cosmogenic nuclides. Contact Person for Foreign Users: A. Dewald Phone: +49 221 470 3460

lu Fax: +49 221 470 5168 E-Mail: [email protected]

)

ip Procedure to Apply for Beamtime:

es Informal

ilit

e( ag Programme Advisory Committee:

re There is no PAC

-n even Main Instrumentation for Nuclear Physics Experiments: Ge-array HORUS with beta decay slider for activation measurements. ook Plunger set-up for lifetime measurements. ndb Double Orange conversion electron spectrometer. Ha PIXE installation with beam sweeper.

CC Multipurpose scattering chamber.

PE Particle-gamma coincidence set-up. Nu Two beamlines for temporary set-ups.

74 Main Fields of Nuclear Research: Low energy nuclear structure research. Complete low-spin spectroscopy. Determination of absolute electromagnetic transition rates. Sub-Coulomb barrier reactions.

Main Fields of Other Research: Applied physics: Proton Induced X-ray Emission using a sweeped beam allowing position sensitivity with mm resolution. Radiation eﬀects in solids: material modiﬁcation and ion implantation. Accelerator Mass Spectrometry with 6MV Tandetron. These measurements are not free of charge.

Accommodation: The Institute is located in the center of K¨olnwith numerous hotels.

Co Transportation: Tramway 9 stop Universit¨atand tramway 18, 19 stop Eifelwall. K¨oln/BonnAir- port: 15 km from the laboratory.

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75 KRAKOW IFJ PAN (Poland)

Facility: Institute of Nuclear Physics PAN, Cyclotron Centre Bronowice, Cyclotron Centre Bronowice, ul. Radzikowskiego 152, AIC-144 cyclotron, 60 MeV PL 31-342 Krak´ow,Poland, proton beam; Proteus C-235 Fax: +48 12 6628 458, cyclotron, 70-230 MeV proton http://www.ifj.edu.pl beam (operational from 2013). Van de Graaf HV KN-3000, Director: 0,7-2,5 MeV proton beam. Marek Je˙zabek, Director General Phone: +48 12 6628 200 Fax: +48 12 6628 458 E-Mail: [email protected]

Pawel Olko, Head of the Cyclotron Centre Bronowice Phone: +48 12 6628 100

e Fax: +48 12 6628 458

lu E-Mail: [email protected]

lo Contact Person for Foreign Users:

Co Adam Maj Phone: +48 12 6628 8141

)

on Fax: +48 12 6628 458

ip E-Mail: [email protected]

ilit

e( ag Procedure to Apply for Beamtime: dp Contact Adam Maj (nuclear physics) or PawelOlko (protontherapy, radiobiology,

be isotope production).

-n

even

Programme Advisory Committee: ook 1 in-house, 3 national, 6 international members

ndb

76 Main Instrumentation for Nuclear Physics Experiments: from 2013: BINA charged particle array, HECTOR high-energy gamma-rays array, small germanium array.

Main Fields of Nuclear Research: Dynamics of few-body systems, nuclear clusters, collective modes in cold and hot nuclei, spectroscopy of isomeric states after ﬁssion or spallation, tests of novel detectors for SPIRAL2 and FAIR.

Main Fields of Other Research: protontherapy of eye-cancer, radiobiology, isotope production.

Accommodation:

e lu Guest house with 10 guest rooms located at the Institute, in addition large number of hotels in the city Krak´ow.

Transportation: Krak´owBalice airport, 5 km from the IFJ PAN, A4 highway 1.5 km from IFJ PAN, public transportation: buses 172, 173.

pa Future Developments (under construction): National Centre for Hadron Radiotherapy, Gantry treatment room with proton ered scanning beam for proton radiotherapy operational in 2014.

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77 LEGNARO LNL (Italy)

Facility: Laboratori Nazionali di Legnaro Istituto Nazionale di Fisica Nucleare Tandem/PIAVE-ALPI: 15 MV Viale dell’Università,2 Tandem / superconductive ion in- I-35020 Legnaro (Padova) jector (PIAVE) + superconduc- Fax: +39 049 64 19 25 tive Linac booster. Ion beams Phone: +39 049 80 68 311 extended to all stable elements, http://www.lnl.infn.it/ equivalent voltage 45 MeV/q with PIAVE-ALPI and 52 MeV/q with Director: Tandem-ALPI. G. Fiorentini Van de Graaff CN, 7 MV, for Phone: +39 049 80 68 356 ions H, He and N. DC and pulsed E-Mail: giovanni.fi[email protected] mode. Van de Graaff AN 2000, 2 MV, DC Contact Person for Foreign Users: beams. C.A. Ur (Tandem/PIAVE-ALPI) E-Mail: [email protected]

e V. Rigato (2.5 MV AN2000 and 7 MV CN lu Van de Graaﬀ Accelerators)

:B E-Mail: [email protected]

lo E. Fioretto (Transnational Access) Co E-Mail: enrico.ﬁ[email protected]

)

yd Procedure to Apply for Beamtime:

ilit c Proposal are submitted following a call for proposals and screened on the ba-

fa sis of scientiﬁc merit by the LNL Program Advisory Committee (PAC) for the

ag Tandem/PIAVE-ALPI accelerator complex and the User Selection Panel (USP)

dp for the other facilities. PAC and USP meet twice a year; public presentation of re proposals. be Detailed information at http://www.lnl.infn.it/accelerators/accelerators.html

-n

even

Programme Advisory Committee:

ook

ndb 2 national, 5 international members.

Nu Main Instrumentation for Nuclear Physics Experiments:

78 PRISMA: a large solid angle magnetic spectrometer for heavy ions. AGATA Demonstrator (up to the end of 2011): an array of 5 triple clusters of segmented Ge detectors, placed at the PRISMA target location. GASP: an array of 40 γ- ray Ge detectors with anti-Compton shields and 80 BGO inner ball, 4π Si ball for light particles. CAMEL: a Recoil Mass Spectrometer. 8πLP and GARFIELD: high granularity 4π arrays for light particles and heavy fragments. RIPEN: an array for neutron spectroscopy. EXOTIC: a facility for the production of secondary exotic beams following inverse kinematics reactions induced on light targets. PISOLO: an electrostatic deﬂector for sub-barrier fusion studies. A magneto-optical trap for atomic trapping of exotic nuclei. Set-ups for radiation damage, material science, radiobiology and microdosimetry studies.

Main Fields of Nuclear Research: Structure of neutron-rich nuclei populated with binary reactions. Nuclear structure at high spins, high excitation energy and superdeformation. Heavy-ion collisions around and below the Coulomb barrier. Reaction mechanism studies with light- and heavy-ions, and neutrons.

:B Main Fields of Other Research:

ur lo Biophysics, medical physics, microdosimetry. Environmental physics. Solid state

Co physics, material physics. Accelerator physics, superconductivity, RNB developments. Gravitational waves.

Accommodation: 9 single rooms and 14 twin rooms. Cooking and laundry facilities.

ered Transportation: numb Public bus service from and to Padova (8 km from the laboratory) every 20 minutes odd- from 6 a.m. to 8 p.m.

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Ha Future Developments (under construction):

CC SPES: an ISOL facility for the production of rare and unstable neutron-rich beams. PE GALILEO: an array of 30 tapered and 10 triple cluster γ-ray Ge detectors.

Nu Accelerating cavities for the IFMIF project.

79 LEUVEN IMBL (Belgium)

Facility: Instituut voor Kern- en Stralingsfysica K.U.Leuven Pelletron accelerator (200 kV - Celestijnenlaan 200 D 1.7 MV) with alphatross and B-3001 Leuven SNICS ion sources. Belgium Mass separator (20 kV - 100 kV) Phone: +32 16 32 72 63 with wide variety of elements in- Fax: +32 16 32 79 85 cluding radioactive isotopes. http://fys.kuleuven.be/iks/nvsf/ High current implanter (20 kV - 200 kV) with mA range beam in- Director: tensities. Andr´eVantomme Phone: +32 16 32 75 14 or +32 16 32 76 80 E-Mail: [email protected]

e Contact Person for Foreign Users: lu Qiang Zhao

:B Phone: +32 16 32 75 02 or

lo +32 16 32 71 07

)

cr es Procedure to Apply for Beamtime:

ilit Contact the director or the contact person.

dp re Programme Advisory Committee:

um There is no PAC.

-n

even

ook Main Instrumentation for Nuclear Physics Experiments:

ndb Rutherford backscattering and channeling spectrometry; Real time in situ RBS/C

Ha setup with ruggedized PIPS detector; PIXE setup with HPGe detector; NRA setup

CC with NaI detector; M¨ossbauerspectroscopy.

80 Main Fields of Nuclear Research: Nuclear solid state physics investigation of hard condensed matter at the nm scale, using ion beams and/or hyperﬁne interactions.

Main Fields of Other Research: Solid state physics, material physics, thin ﬁlm growth mechanisms, surface physics, defects in semiconductors, magnetism and superconductivity at the nm scale.

Accommodation: There is a wide range of hotels in the city Leuven with easy bus connection to the institute.

Transportation:

e lu Leuven can be reached by train from the Brussels international airport (Zaventem) in 13 minutes. Take bus 2 from the train station to the institute.

Future Developments (under construction): The high current implanter will be integrated with a UHV system containing two MBEs, RHEED, an UHV STM, Auger spectroscopy.

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81 LJUBLJANA JSI (Slovenia)

Facility: Microanalytical centre Jozef Stefan Institute Tandem ion accelerator, tande- Jamova 39 tron with 2 MV terminal voltage 3 SI-1000 Ljubljana Injector: DuoplasmatronHe ion ions; Fax: +386 1 5885 377 source for p+, He and http://www.rcp.ijs.si/mic/ Sputtering ion source for heavy ions from Li to U Director: Multicusp ion source for injection J. Lenarcic of ultra-high brightness H-beam Phone: +386 1 477 35 13 Fax: +386 1 477 39 06 E-Mail: [email protected]

Contact Person for Foreign Users: P. Pelicon Phone: +386 1 5885 294

e Fax: +386 1 5885 377

lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

es Online application to SPIRIT consortium at www.spirit-ion.eu for Transnational

yd access project, alternative: direct contact to the facility.

ilit

ag dp Programme Advisory Committee:

re be SPIRIT TNA proposals, internal evaluation board for other proposals.

-n

even

Main Instrumentation for Nuclear Physics Experiments:

ook Nuclear microprobe (high-energy focused ion beam) station for micro-PIXE, micro- ndb RBS, micro-ERDA, STIM, micro-NRA, micro-PIGE, Proton Beam Writing (PBW).

Ha Cryocooled station for the elemental mapping of biological tissue slices with micro- CC PIXE. PE In-air proton beam for cultural heritage/archeometry studies with in-air PIXE, in-

Nu air PIGE, in-air RBS. ERDA/RBS station for hydrogen dynamic processes (per-

82 meation, absoption, isotope exchange, thin ﬁlm analysis) equipped with atomic hydrogen source and ion gun.

Main Fields of Nuclear Research: Nuclear reaction analysis of elemental composites, electron screening in nuclear reactions at low energies.

Main Fields of Other Research: Subnatural linewidth high-resolution X-ray spectrometry, radiative and non-radiative transitions excited with photon and ion beams; Post-mortem analysis of plasma-facing components with ERDA, 3He NRA and 3He micro-NRA; Thin-film analysis with RBS (depth concentration profiles) and ERDA (hydrogen concentration and depth profiles); Elemental mapping with micro-PIXE of biological tissue with tissue preparation technology for the users: shock-freezing, freeze drying. Recently put in operation:

lu manipulation and analysis of frozen-hydrated tissue slices.

Co Accommodation: Guest appartments in the city of Ljubljana.

Transportation: Ljubljana International Airport: 30 km from Jozef Stefan Institute, Train inter-

pa national connections via Ljubljana Train Station, highway (Budapest, Munich, Venice)

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odd- Future Developments (under construction):

ook Multicusp ion source for ultra-high brightness H-injection in the tandem accelerator. MeV SIMS spectrometer for the analysis for desorbed molecular fragments

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Ha from biological materials by focused MeV heavy ions (i.e. 5 MeV Cl ions).

83 LONDON NPL (United Kingdom)

Facility: Neutron Metrology Group National Physical Laboratory 3.5 MV Van de Graaﬀ accel- Hampton Road erator, producing monoenergetic Teddington neutrons at energies between 27 Middx. keV and 17 MeV. TW11 0LW Low-scatter experimental area. http://www.npl.co.uk/ Accelerator-driven thermal neutron facility. Director: Manganese bath for precise mea- B. Bowsher surements of neutron source emission rate. Contact Person for Foreign Users: Suites of well-characterised neu- D. J. Thomas tron sources and detectors. Phone: +44 20 89 43 68 53 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Contact David Thomas ([email protected]), ) Graeme Taylor ([email protected]) or

ip Nigel Hawkes ([email protected]).

ilit

e( Programme Advisory Committee: ag There is no PAC.

-n Main Instrumentation for Nuclear Physics Experiments:

even DePangher and NPL Standard long counters for determination of fast neutron ﬂuence. ook Activation foils and low-background 4π β- and β-γ counters for thermal neutron ndb ﬂuence measurements. Ha Bonner Sphere and scintillation spectrometers.

84 Main Fields of Nuclear Research: Standards and metrology for neutron ﬂuences and doses.

Main Fields of Other Research: Cosmic ray dosimetry. Novel materials and techniques for neutron detection and dosimetry. Characterisation and testing of neutron instruments.

Accommodation: Nearby guest houses and hotels.

Transportation: NPL is approximately 30 minutes by taxi from Heathrow Airport, and is walking

e lu distance from Teddington rail station (served by trains from London Waterloo).

:B Several bus routes pass through Teddington.

Future Developments (under construction): Improved characterisation of the photon component of standard neutron ﬁelds. Extension of Bonner Sphere spectrometry to energies above 20 MeV.

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85 LOUVAIN-LA-NEUVE (Belgium)

Facility: Centre de Recherches du Cyclotron Chemin du Cyclotron, 2 Cyclotron CYCLONE110µA, 10–65 MeV) for to ions Xe B-1348 Louvain-la-Neuve from H (15 40 Fax: +32 10 45 21 83 (few nA, 400 MeV),12 C to includingAr ions. 5– 25 MeV/A http://www.cyc.ucl.ac.be/ A. Cyclotron CYCLONE30 forµ H Director: beams up to 30 MeV, 300 Marc Loiselet Phone: +32 10 47 36 45 E-Mail: [email protected]

Contact Person for Foreign Users: Nancy Postiau Phone: +32 10 47 38 74 E-Mail: [email protected]

e Guy Berger lu Phone: +32 10 47 32 25

:B E-Mail: [email protected]

Co Carine Baras Phone: +32 10 47 29 98

)

on E-Mail: [email protected]

ilit

ag Procedure to Apply for Beamtime: dp Send a written proposal to one of the contact persons.

-n even Programme Advisory Committee: There is no PAC.

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86 Main Instrumentation for Nuclear Physics Experiments: Beam lines for radiation hardness studies Monoenergetic fast neutrons facility (20-62 MeV). High ﬂux fast neutrons facility (broad spectrum, average energy 23 MeV). Leuven Isotope Separator On-Line (LISOL) with laser ion source. Radioistopes production facility. Electron cyclotron resonance ion sources.

Main Fields of Nuclear Research: Exotic light nuclei and nuclei far from stability. Fast neutron interactions of interest for biology and energy generation.

Main Fields of Other Research: Radiation damages by light, heavy and fast neutrons. Radiation eﬀects on electronic devices.

e lu Radiation eﬀects on polymers. Detector calibration for space missions.

:B ur Radiobiology, neutron dosimetry.

Co Nuclear chemistry for medical applications.

Accommodation: 1 hotel within walking distance. 2 hotels in Wavre (around 8 km from Louvain-la-Neuve).

ered

numb Transportation: odd- Public transportation from the center of Brussels and from Brussels National Air- port by fast connection.

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87 LUND MAX IV (Sweden)

Facility: MAX IV Laboratory Box 118 Two linear accelerators equipped S-221 00 Lund with SLED systems delivering Fax: +46 46 10 47 10 electrons up to a total energy of http://www.maxlab.lu.se/ 200 MeV combined with a 250 MeV pulse stretcher ring. Ex- Director: tracted high duty factor beam S. Larsen with 10-40 nA for production Phone: +46 46 222 96 95 of tagged photons in the energy E-Mail: [email protected] range 15 to 185 MeV. The photon energy resolution can be var- Contact Person for Foreign Users: ied from a few hundred keV up- Lennart Isaksson wards. Phone: +46 46 222 77 15 E-Mail: [email protected]

Co Procedure to Apply for Beamtime:

) Contact the contact person for foreign users.

ilit c Programme Advisory Committee:

e( 1 national, 3 internation members.

-n Main Instrumentation for Nuclear Physics Experiments: Tagging magnets with two hodoscopes.

even 6 NaI photon spectrometers. 12 Liquid scintillator neutron detectors. ook Telescope of Si-Si, Si-Ge or Si-CsI for charged particles. ndb Targets for LHe and LH.

Ha Time of ﬂight neutron detector wall.

88 Main Fields of Nuclear Research: Studies of nucleons and nuclei with real photons in the energy region 15 to 185 MeV including the use of coherent bremsstrahlung.

Main Fields of Other Research: Research in physics, chemistry and life sciences using synchrotron radiation.

Accommodation: Hotels nearby the laboratory plus a limited number of guest rooms.

Transportation: Public transportation, train from Lund to Copenhagen airport (Kastrup) and bus from Lund to Malm¨oairport (Sturup).

Co Future Developments (under construction): Construction of a segmented neutron detector array.Construction of a Si-CsI telescope. Plans for a backscattering laser facility at MAX IV.

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89 MADRID CMAM (Spain)

Facility: Centro de Micro An´alisisde Materiales Universidad Autonoma de Madrid Tandem electrostatic accelerator, Calle de Faraday 3 coaxial Cockcroft-Walton type, E-28049 Madrid 5MV maximum voltage. Two ion Fax: +34 91 497 3623 sources: HVEE 358 Duoplasma- http://www.cmam.uam.es/ tron and HVEE 860

Director: A.Zucchiatti Phone: +34 91 497 2791 Fax: +34 91 497 3623 E-Mail: [email protected]

Contact Person for Foreign Users: J.E. Prieto de Castro Phone: +34 91 497 3076

e Fax: +34 91 497 3623 lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

ip cr Submission of proposals through the users portal

es https://www.cmam.uam.es/btmanager/index.php

ilit

dp Programme Advisory Committee:

be 4 members (3 internal, 1 external representing users). The proposals are evaluated

um by international experts before being considered by the PAC. The PAC meets 6 -n times a year. The calendar is published on our web page

even http://www.cmam.uam.es/en/beamtime

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90 Main Instrumentation for Nuclear Physics Experiments: The CMAM facility consists of a tandem accelerator with a terminal voltage, generated by a Cockroft-Walton system, of up to 5MV. Two ion sources ( a duoplasmatron source for gases and a sputtering source for solid targets) can give almost any element in the periodic table. A dedicated beamline for nuclear physics is attached to the -30◦ exit port of the first high energy swiching magnet. The setup, working in clean high vacuum (10−7mbar) contains a set of slits for defining trajectory, shape and size of beam spot, a faraday cup for measuring its current, and a Beam Profile Monitor for charaterizing beam shape and position. At the end of the beamline, it is possible to attach different experimental stations.

Main Fields of Nuclear Research: Nuclear Reaction Analysis; Nuclear Astrophysics;

Main Fields of Other Research:

e lu Materials Research; Photonics; Optics; Bio-medicine; Semiconductors; Surface

:B physics; Energy production; Archaeometry;

Accommodation: The ”Erasmo” guest house in the University campus is available to users. The house is run by the company RESA. All related information can be obtained from the WEB site http://www.resa.es/esl/Residencias/Erasmo/%28reservas%29

pa Transportation:

ered Suburban train (Cercanias) station ”Cantoblanco-Universidad” is on campus. Sev-

numb eral suburban bus stops on campus. Madrid Barajas Airport: 12 km from CMAM (train connection with Cantoblanco-Universidad exchanging at Chamartin station

odd- or bus 827 from terminal T4 to the campus).

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91 MAINZ MAMI (Germany)

Facility: Institut f¨urKernphysik der Johannes Gutenberg-Universit¨at Cascade of race track microtrons Johann-Joachim-Becher-Weg 45 with c.w. electron beam with energy up to 1600 MeV and current D-55099 Mainz µA (polarised and unpo- Phone: +49 61 31 39 25802 up to 100 Fax: +49 61 31 39 22964 larised). Secondary photon beam. http://www.kph.uni-mainz.de/

Director: J. Pochodzalla Phone: +49 61 31 39 25832 E-Mail: [email protected]

Contact Person for Foreign Users: Acting Director and spokespersons of collaborations

e Phone: +49 61 31 392 51 97 lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

ip cr Submission of written proposal, followed by oral presentation. Evaluation by Pro-

es gramme Advisory Committee.

ilit

dp Programme Advisory Committee:

be 1 in-house, 3 national, 6 international members.

-n

even

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92 Main Instrumentation for Nuclear Physics Experiments: A1 (electron scattering): Setup of three high resolution magnetic spectrometers (one with optional proton polarimeter). Short orbit spectrometer KAOS for kaon detection and detection at 0 degrees. Short orbit spectrometer for pion detection Calorimetric detectors for nucleons, time of ﬂight walls for neutron detection. Liquid hydrogen/deuterium/helium target, polarised 3He-target. A2 (real photon scattering): Tagged photon beam with unpolarized and polarized 3 photons. Large solid angle Crystal Ball. Liquid H2,D2, He targets, polarized frozen spin target..

A4 (parity-violating electron scattering): Setup of fast PbF2 crystal detectors with high-countrate readout electronics and liquid hydrogen/deuterium target.

Main Fields of Nuclear Research: Study of the structure of hadrons with electromagnetic probes at low energies and momentum transfer. Precision studies of light nuclei and hypernculei.

lu Accommodation:

lo Hotels in Mainz.

Transportation: Public transportation: Bus from railway station.

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93 MOL SCK-CEN (Belgium)

Facility: Belgian Nuclear reactor Research Centre: SCK-CEN BR1 reactor: a low-power Boeretang 200 graphite-moderated providing neutron beams with 6 B-2400 Mol · 10 Fax: +32 14 31 50 21 thermal energies and inten- http://www.sckcen.be sities of the order2 . of 6 neutrons/s/cm Director: Underground laboratory at a E. van Walle depth of 225 meters (HADES), Phone: +32 14 33 25 90 which can be used for low-cosmic- Fax: +32 14 31 89 36 background gamma-spectroscopy E-Mail: [email protected] measurements.

Contact Person for Foreign Users: L. Popescu Phone: +32 14 33 22 84

e Fax: +32 14 32 15 29 lu E-Mail: [email protected]

)

on ti Procedure to Apply for Beamtime:

ip cr Contact the contact person for foreign users.

ilit

ag Programme Advisory Committee: dp There is no PAC.

-n even Main Instrumentation for Nuclear Physics Experiments: Several beam lines for neutron irradiations and neutron-induced reactions mea- ook surements at the BR1 reactor. ndb Gamma-spectroscopy underground laboratory.

94 Main Fields of Nuclear Research: Thermal-neutron-induced ﬁssion reactions. Low-background gamma-spectroscopy measurements.

Main Fields of Other Research: Nuclear reactors, materials science, chemistry, radiobiology.

Accommodation: Hotel and housing facilities on site.

Transportation: Train station Mol (5 km from SCKCEN). Train connection to Brussels airport (100 km from SCKCEN).

Co Future Developments (under construction): ISOL@MYRRHA is a planned ISOL facility in the technical design phase, which will be dedicated to the production of intense and pure low-energy radioactive ion beams for fundamental scientiﬁc research involving experiments in need of long beam times.

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95 NAPOLI (Italy)

Facility: Department of Physics University of Naples Federico II TTT-3 High Voltage Tandem: Monte S. Angelo, Via Cinthia 3 MV Tandem Accelerator to ac- 80126 Napoli celerate H to F. Italy Two on-line sources: sputtering and RF. Director: Two oﬀ-line sources: duoplasma- L. Campajola tron and sputtering. Phone: +39 081 676189 - 081 676214 Also available TXRF and trans- E-Mail: [email protected] portable XRF systems for elemental analysis on cultural heritage. Contact Person for Foreign Users: E. Vardaci Phone: +39 081 676105 E-Mail: [email protected]

ur lo Procedure to Apply for Beamtime:

Co Send an E-Mail to the contact person with a short description of the proposal.

)

yd Programme Advisory Committee:

ilit c Internal PAC.

be Main Instrumentation for Nuclear Physics Experiments:

-n Five beam lines are installed. They are equipped with: • Multipurpose scattering chamber (for PIXE, RBS and Nuclear Reactions).

even • Wien Filter coupled to a ∆E-E ionization chamber for AMS measurements.

ook • In air beam used for Radiobiology measurements. ndb • Electrostatic scanner X-Y.

Ha • Device for Ion implantation.

PE Two other beam lines are available for temporary installations. A micrometric Nu X-Y moving target is also available.

96 Main Fields of Nuclear Research: Low energy nuclear reactions

Main Fields of Other Research: Cell radiation damage Ion implantation Accelerator Mass Spectrometry (AMS) Ion beam analysis (PIXE, RBS) Detector characterization

Accommodation: No accommodation facilities available on campus. Low cost hotels nearby.

e Transportation:

lu Public transportation ( bus and train connection).

Future Developments (under construction): Beam line devoted to neutron production.

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97 ORSAY JANNuS (France)

Facility: CSNSM Universit PARIS-SUD 11 ARAMIS: 2MV Tandem and Van Bt. 104 et 108 de Graaﬀ Accelerator with Mid- 91400 Orsay dleton and Penning ion sources: http://www-csnsm.in2p3.fr/ and IBA (RBS, PIXE and ERDA) for http://www.jannus.in2p3.fr material characterization; irradiation of materials with in situ RBS Director: IRMA: 190kV Ion implanter with Gabriel Chardin universal ion source: irradiation Phone: +33 1 69 15 52 30 of materials Double irradiation of E-Mail: [email protected] materials in a TEM microscope SIDONIE: Electromagnetic iso- Contact Person for Foreign Users: tope separator with universal ion E-Mail: [email protected] source

ur Procedure to Apply for Beamtime:

Co For in situ irradiation with TEM: calls for proposals on http://emir.in2p3.fr/ For other experiments: send an E-mail at [email protected]

)

es yd Programme Advisory Committee:

ilit

c fa For in situ irradiation with TEM: 8 external (3 national, 5 international) e( For other experiments: 4 internal

-n Main Instrumentation for Nuclear Physics Experiments:

even 2 translations and 2 rotations goniometer for RBS/PIXE/ERDA with channeling. Transmission Electron Microscope coupled with 2 accelerators Many holders for irradiation (in or out channeling; temperature between -180◦C to 950◦C). ook Production of nonradioactive isotopic targets.

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98 Main Fields of Nuclear Research: Simulation of nuclear irradiation in materials.

Main Fields of Other Research:

• Synthesis assisted by ion beam, mechanism of germination / growth of nano- precipitates in semiconductors and glasses. • Dynamic studies Order / Disorder under irradiation. • Evolution of nanostructures under irradiation (Ostwald ripening of magnetic nanostructures, healing nanocavities). • Changes induced by implantation and irradiation, especially for the Nuclear Materials physic-chemical approaches to the damage of lenses for storing radioactive waste. • Simulation of spatial environment for electronic components.

e lu Accommodation:

:B Hotels nearby.

Transportation: Public transport. See http://www-csnsm.in2p3.fr/-Acces-au-laboratoire-?lang=en.

ge Future Developments (under construction):

pa ARAMIS and IRMA accelerators will be linked by an ion beam line to perform, ered without changing experimental conditions, simultaneous implantation and irradiation and ion beam characterization (available at the end of 2012)

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99 ORSAY TANDEM-ALTO (France)

Facility: Institut de Physique Nucl´eaire F-91406 Orsay Cedex France A 15MV MP Tandem accelerating Fax: +33 1 69 15 64 70 elements from H to Au in continu- and C nHm http://ipnweb.in2p3.fr/ ous or pulsed48 modes.Ca, C Rare60 beams 14 C, 36 S, Director: clusters. F. Azaiez Positive ion source at the termi- Phone: +33 1 69 15 73 25 nal to produce metallic clusters Fax: +33 1 64 46 77 55 (ORION facility) E-Mail: [email protected] Linear accelerator with 50MeV, 10 µ A electrons for the production of Contact Person for Foreign Users: high intensity neutron rich nuclear D. Verney beams Phone: +33 1 69 15 48 52 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Proposal should be sent to [email protected]. The proposals are submitted

)

on once a year to an international PAC. General information can be found on the

ti ip facility web site http://ipnweb.in2p3.fr/tandem-alto/index E.html

ilit

e( Programme Advisory Committee: ag 9 members : 1 in-house, 4 national, 4 international members

re http://ipnweb.in2p3.fr/tandem-alto/userguide/comitexp E.html

-n

even Main Instrumentation for Nuclear Physics Experiments: PARRNe: is an on-line separator dedicated to the study of very neutron rich

ook nuclei produced by ﬁssion (neutron induced or photoﬁssion). Fast tape transport ndb systems are available for studying short lived nuclei. Several target ion source

Ha ensembles are developped at the facility: surface ionisation, laser ion source, febiad CC ion source. BACCHUS is a 180o magnetic spectrometer with a high rejection power PE of the primary beam. This spectrometer is mainly dedicated to heavy ion studies.

Nu Split Pole is a high resolution magnetic spectrometer intensively used for nuclear

100 astrophysical studies. ORGAM is a Ge array which can be used in conjuction with the Split Pole spectrometer or some charged particle detectors for nuclear structure studies by means of deep inelastic or fusion evaporation reactions. OSCAR (Orsay Segmented Clover Array) is a Ge array consisting of 4 Ge clovers detectors placed in close geometry in order to perform gamma spectroscopy after beta-dacay of very exotic nuclei. A Detector Laboratory: it is one of the most advances laboratories in Europe for the test and repair of large volume HPGe detectors. It is also the home base of the French-UK Ge pool. A target laboratory: for the production of thin targets. A laser laboratory: it is installed at the ALTO facility in order to test the new ionisation scheme for the production of very pure radioactive ion beams.

Main Fields of Nuclear Research: Nuclei far from stability and secondary radioactive ion beams; Measurements of ground state properties; Nuclear structure at high spin and excitation; Isovector resonances, multiphonons; Nuclear data for energy and evironment.

e lu Main Fields of Other Research:

ur Clusters atoms collisions (AGAT); Radiochemistry and nuclear wastes manage- lo ment; Ion-matter interaction; Nano science and technology studies.

Accommodation: 8 rooms in the Tandem/ALTO guest house; E-Mail: [email protected]; Nearby hotel in Orsay.

ered Transportation: Public transportation (RER B) from and to downtown Paris. Both Airports (Orly numb and CDG-Roissy) are directly connected by the RER B

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ook ndb Future Developments (under construction):

Ha New target and ion sources: long lived ion source IRENA for SPIRAL2. CC New high eﬃciency gamma array coupled with silicon and in house spectrometers. PE ANDROMEDE: New accelerator system for the study of chemical and biological

Nu properties using high energy nanoparticles.

101 OSLO (Norway)

Facility: Oslo Cyclotron Laboratory Department of Physics Scanditronix MC-35 Cyclotron ac- University of Oslo celerating light ions (maximum P.O.Box 1048 Blindern energy in parentheses) N-0316 Oslo protons (35 MeV), deuterons Phone: +47 22 85 64 28 (18 MeV) 4 He (35 MeV) Fax: +47 22 85 64 22 3 He (47 MeV), http://www.mn.uio.no /fysikk/english/research /about/infrastructure/OCL/index.html

Director: Einar Sagstuen Phone: +47 22 85 64 30 E-Mail: [email protected]

e Head of facility:

lu Andreas G¨orgen

ur Phone: +47 22 84 44 56

lo E-Mail: [email protected]

Co Contact Person for Foreign Users:

)

on Head of facility (see above).

ilit

e( Procedure to Apply for Beamtime: ag Contact head of facility and ﬁll out beam request form available on the web page.

-n Programme Advisory Committee:

even Internal PAC comprising the faculty members from the Nuclear Physics and Nu- clear Chemistry groups. Beam time is allocated quarterly.

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102 Main Instrumentation for Nuclear Physics Experiments: Multidetector array CACTUS comprising 28 5”x5” NaI detectors, Silicon detector array SiRi of dE-E telescopes segmented into 64 strips, Array of PPAC for the detection of ﬁssion fragments.

Main Fields of Nuclear Research: Nuclear structure with a focus on nuclear level density and gamma strength func- tion, properties of nuclei at high excitation energy, nuclear reaction studies, nuclear data relevant for astrophysics and reactor applications.

Main Fields of Other Research: Development of techniques to study the chemistry of super-heavy elements, production of radio isotopes for medical applications and development of new com- pounds for positron emission tomography, radiation hardness tests of electronics components for space applications.

ur lo Accommodation:

Co Guest houses for visiting researchers on the Blindern campus for rent on weekly basis.

Transportation: The Cyclotron Laboratory is located on the Blindern campus in Oslo and easily

ge reachable by public transportation. The closest airport is Oslo Gardermoen, served pa by all major European airlines and linked to the city of Oslo via express train (20 min). The airports in Rygge/Moss (75 km) and Torp/Sandefjord (110 km) are ered served by low-cost airlines.

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103 PARIS AGLAE (France)

Facility: C2RMF Palais du Louvre Ion-beam analyses (PIXE, PIGE, 14 quai Franois Mitterrand RBS) of objects from cultural her- 75001 Paris itage with protons, deuterons or http://www.c2rmv.fr alpha particles with energy up to 4 Mev (6 MeV for alphas). Director: Marie LAVANDIER Phone: +33140 20 56 52 E-Mail: [email protected]

Philippe WALTER Phone: +33140 20 59 89 E-Mail: [email protected]

Contact Person for Foreign Users:

e Claire PACHECO lu Phone: +33140 20 24 84

:B E-Mail: [email protected]

)

ip cr Procedure to Apply for Beamtime:

es Submission of a “Proposal for an experiment at AGLAE” (the corresponding form

ilit can be drawn from http://www.charismaproject.eu/transnational-access/ﬁxlab

c fa /ﬁxlab-welcome-desk.aspx; call for proposals and deadline dates are announced on e( the same page; 2 calls for proposals per year.

-n Programme Advisory Committee:

even 4 external members (1 national, 3 international)

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104 Main Fields of Other Research: Archaeology, Art History, Science and Technique History

Accommodation: No speciﬁc accommodation: users should book hotel rooms.

Transportation: The AGLAE facility is situated in the Louvre Palace, Palais Royal-Mus´eedu Louvre metro and bus stations.

Future Developments (under construction): The AGLAE team is working on upgrading the beamline and the detection system so as to have an automated beam and a non-invasive fast chemical imaging of

e lu artworks and cultural heritage objects.

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105 REˇ Zˇ near PRAGUE (Czech Republic)

Facility: Nuclear Physics Institute ASCR CZ-25068 Reˇznearˇ Prague Cyclotron U-120M: Isochronous Czech Republic cyclotron (K=40) for light ions − , operated in both2+ positive (p, D, Fax: +420 220941130 2+ 4 ) and negative (H 3 He , He http://www.ujf.cas.cz/ − D ) regimes. Director: Tandetron 4130 MC: Tandem ion J. Dobeˇs accelerator (maximum voltage of 3 Phone: +420 220941147 MV) producing wide range of ions Fax: +420 220941130 up to Au ions.+ Mostlyregimes. working in + and He E-Mail: [email protected] H

Contact Person for Foreign Users: J. Vac´ık Phone: +420 266173129 E-Mail: [email protected]

Co Procedure to Apply for Beamtime:

)

on Call for proposals on April 15th, August 15th and December 15th every year.

ti ip Submit proposals to contact person for foreign users.

ilit

e( Programme Advisory Committee: ag 4 in-house, 2 national, 2 international members.

-n Main Instrumentation for Nuclear Physics Experiments:

even Cyclotron: Achromatic magneto-optical system and multi-channel SBD-telescope systems for spectroscopy of nuclear reaction products. High-power-wide spectrum ook fast neutron sources (1011 n/s/cm2 up to 32MeV, 108 n/s/cm2 at 18-34MeV re- ndb spectively). Scintillator detector based fast neutron spectrometer. Ha Tandetron: Ion beam lines equipped with ion, gama ray and X-ray detectors and

CC electronics, goniometer sample holders. Nuclear analytical methods RBS, ERDA, PE RBS-channeling, PIXE, PIGE, ion microprobe and ion implantation. Ion optics Nu for ion microprobe.

106 Main Fields of Nuclear Research: Nuclear Astrophysics. Fast neutron benchmark tests of activation cross sections. Measurements of excitation functions of p, D, 3He2+, 4He2+ particle induced reactions. Nuclear Analytical methods. Application of ion beams for analysis and modiﬁcation of materials. Measurement of energy losses and cross sections of ions in matter.

Main Fields of Other Research: Neutronic tests of fusion related materials. Production of radionuclides for nuclear medicine, metrology, environmental studies etc. Deposition and characterization of novel materials. New materials for optoelectronics, electronics, biomedicine, nano-structures.

lu Accommodation:

:B Institute guest rooms on the site. Hotel within walking distance from the Institute.

Transportation: The Institute is located 20km from Prague. Trains and buses go from and to Prague every 1 hour from 5 am to 12 pm.

pa Future Developments (under construction): New beam diagnostics on the external cyclotron beam lines.

ered New beam lines dedicated to particular projects.

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107 SACLAY JANNuS (France)

Facility: DEN/DANS/DMN/SRMP/Laboratoire ´ ETH´ EE: 3 MV accelera- JANNuS EPIM´ Bt. 126, PC 162 tor with ECR source: multi- CEA-Saclay ply charged ions, neutron damage F-91191 Gif-sur-Yvette cedex simulation http://jannus.in2p3.fr YVETTE: 2.5 MV Van de Graﬀ: H, He implantation and IBA Director: JAPET: 2 MV tandem: protons L. Beck and heavy ions Phone: +33 1 69 08 69 83 Triple beam irradiation chamber E-Mail: [email protected]

Contact Person for Foreign Users: Y. Serruys Phone: +33 1 69 08.86.25 Fax: +33 1 69 08 38 69

e E-Mail: [email protected]

) Procedure to Apply for Beamtime:

ip Calls for proposals on http://emir.in2p3.fr/

ilit

e( Programme Advisory Committee: ag 8 external (3 national, 5 international)

-n Main Instrumentation for Nuclear Physics Experiments:

even None

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Ha Main Fields of Nuclear Research:

PE None

108 Main Fields of Other Research: Behaviour of materials under irradiation; IBMM, IBA

Accommodation: Hotels nearby

Transportation: Public transport

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109 SEVILLA CNA (Spain)

Facility: Thomas Alva Edison 7 E-41092 Seville 3MV TANDEM ACCELERA- Fax: +34 95 4460145 TOR: Ion Beam Analysis (IBA) http://www.cna.us.es for material characterization, modiﬁcation and irradiation of Director: materials; 1MV TANDETRON 240 Pu, 239 Pu, Joaqu´ınGomez Camacho ACCELERATOR:129 I, mass spec-236 U; 10 trometry of 26 Be and Phone: +34 95 4460553 36 Al, 41 Cl, Fax: +34 95 4460145 Ca, CYCLOTRON (18/9MeV pro- E-Mail: [email protected] 13 15 O, ton/deuteron): production11 C, ofN, Contact Person for Foreign Users: PET radionuclide ( 18 Rafael Garc´ıa-Tenorio F) and studies of eﬀects proton Phone: +34 95 4460553 irradiation Fax: +34 95 4460145 E-Mail: [email protected]

Co Procedure to Apply for Beamtime:

)

on It requires evaluation and authorization of scientiﬁc committee;

ti ip Request forms should be sent to [email protected]

es Request forms can be downloaded in http://intra.sav.us.es:8080/cna/index.php/en/applications-for-use

ilit

ag dp Main Instrumentation for Nuclear Physics Experiments:

re be 3MV Tandem; Nuclear Physics Beam Line: Preparation of instruments to inter- um national Nuclear Physics facilities; Microbeam Chamber: To form a spot of few

-n microns on the specimen, elemental maps for distribution concentration, maximum even scanning area of 2.5 x 2.5 mm2 for 3 MeV protons; Multipurpose IBA Chamber; To carry out RBS, PIXE, NRA and PIGE simultaneously; Irradiation Chamber: Irradiation of large areas (16 x 20 cm2), its movable; Channelling Chamber: De-

ook voted to channelling analysis of crystalline samples with a telescopic system, BPM ndb and a Faraday cup; External Beam. Used in Art and Archaeometry studies; 1MV

Ha Tandetron; Radiocarbon lab: To isolate carbon in samples and to remove pos- CC sible contamination; AMS lab: To prepare isotopes such as 129I, 239Pu, 240Pu, PE 41Ca, 36Cl, 26Al, 10Be and 236U; Cyclotron 18/9; Beam transport line: It disposes

Nu degraders to decrease the beam energy value at will; Research lab: To synthe-

110 size radiopharmaceuticals such as 18F F-DOPA, 18F FLT, sodium 18F ﬂuoride, 11C choline, 13N ammonia, 15O water; Small-animal PET and micro CT; Animal cabinet: 30 cages

Main Fields of Nuclear Research: Aerospace Technology: Electronic circuit behavior under irradiation; Instrumenta- tion Development: Testing of detection systems for use in large scientiﬁc facilities, CERN, GSI, GANIL and ITER; Nuclear Physics: Lifetime precise determination of nuclei such as 8Li; Low energy nuclear reactions

Main Fields of Other Research: Cultural Heritage: Use of ion beam analysis techniques (IBA) to determinate elementary composition; Materials Science: Layers implantation of diﬀerent elements into new materials and determination of concentration proﬁles; 14C Dating: Dating of environmental, historic and artistic samples; Environment: 129I distribution in marine environment, Plutonium determination in environmental samples;

lu Medicine: Radiopharmaceuticals production for PET imaging (Positron Emission Tomography); Preclinical Research: Determination of tumors evolution in animal

:B ur models

Accommodation: Two bedrooms, each with two single beds and bathroom and living room; For inquiries, contact: Arcadio Borrallo del Castillo: [email protected]; Access funds cov- ering partly travel and local expenses are available http://intra.sav.us.es:8080/cna/index.php/en/access-oﬀer-at-cna-2010

ered Transportation: numb Train station: 5.5 Km (10 minutes); Airport: 12 Km (16 minutes); Bus: lines C1 odd- and C2

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Ha Future Developments (under construction):

CC Human PET/CT: To human positron emission tomography and computerized to- PE mography Irradiator 60Co: Realibility of electronics componets, which are used in Nu aerospace technology Micadas: 14C dating exclusively.

111 SOFIA INRNE (Bulgaria)

Facility: Institute for Nuclear Research and Nuclear Energy Research reactor Tzarigradsko chaussee 72 1784 Soﬁa, Bulgaria http://www.inrne.bas.bg/

Director: Dr. Dimitar Tonev Phone: +359 2 974 37 61 +359 2 979 5550 E-Mail: [email protected]

Contact Person for Foreign Users: Dr. Dimitar Tonev Dr. Chavdar Stoyanov

Co Procedure to Apply for Beamtime: Submission of request to contact persons.

)

es yd Programme Advisory Committee:

ilit

c fa In preparation.

re be Main Instrumentation for Nuclear Physics Experiments:

-n Research Reactor undergoing reconstruction for low-enriched uranium fuel, Envi-

even ronmental Observatory- Moussala. Inductively Coupled Plasma (ICP) masspectrometer, Tritium and C-14 liquid scintillation spectrometer, RFA spectrometer, low-background HPGe-spectrometer, ook high resolution alpha-spectrometer and also related chemical equipment

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112 Main Fields of Nuclear Research: Nuclear Structure, Nuclear Reactions, Neutron physics, Application of Nuclear methods.

Main Fields of Other Research: Reactor physics, radioactive wastes problems, dosimetry, radiation and nuclear safety, radiochemistry and radioecology, nuclear instrumentation and nuclear methods for nondestructive analysis, monitoring and management of the environment.

Accommodation: Guest house of Bulgarian Academy of Sciences, nearby hotels.

Transportation:

e lu Taxi from Soﬁa airport.

Co Future Developments (under construction): Reconstructed research reactor of IRT-4M type including Berilium modarator.

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113 SURREY (United Kingdom)

Facility: University of Surrey Ion Beam Centre Two implanters (2 MV low cur- Stag Hill rent; 200 kV medium current) Guildford GU2 7XH to accelerate all stable isotopes, Phone: +44 1483 686090 with beam lines into Class 100 Fax: +44 1483 686091 clean room with post-implant pro- http://www.ionbeamcentre.co.uk cessing and device fabrication and measurement; 2 MV tandem with Director: beam lines for channelling, exter- R.P. Webb nal beam, scanning microbeams Phone: +44 1483 689830 and vertical beam line for radio- E-Mail: [email protected] biology.

Contact Person for Foreign Users: R.M. Gwilliam Phone: +44 1483 689845 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: ) Commercial rates on application

ip Submission of a proposal funded by the EU under the SPIRIT contract cr (http://www.spirit-ion.eu/)

es UK National Facility recognised by EPSRC

ilit

dp Programme Advisory Committee:

be No Programme Advisory Committee

-n

even

Main Instrumentation for Nuclear Physics Experiments: ook 6-axis goniometer for routine RBS/PIXE/ERD etc with channelling ndb external scanning microbeam (3mm x 0.1mm spot) for EBS/PIXE/PIGE etc Ha scanning microbeam (3mm x 1um spot) for EBS/PIXE/STIM/IBIC etc

CC scanning nanobeam (1mm x 100nm spot) (under construction)

PE vertical scanning microbeam into a Class II biological clean room for radiobiolog- Nu ical studies

114 Main Fields of Nuclear Research: Ion beam processing (2 keV - 2 MeV implantation) Ion beam analysis; development of IBA software, accurate RBS/EBS/ERD/PIXE Self-consistent analysis of EBS/PIXE etc data (”Total IBA”) New external beamline for MeV-SIMS/PIXE under construction

Main Fields of Other Research: Materials research Radiation eﬀects in solids Biophysics and tumour therapy Radiation medicine Radiation eﬀects in biological systems

Accommodation: Local hotels and hostels

Co Transportation: Train station Guildford (1.5 km from IBC) Gatwick airport 45 minutes train ride from Guildford (two trains per hour) Heathrow airport 40 km, train+bus link

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115 SZCZECIN (Poland)

Facility: Department for Nuclear and Medical Physics 30 kV and 50 kV accelerators with Institute of Physics ECR ion source, ultra-high vac- University of Szczecin uum, currents of light ions up to Ul. Wielkopolska 15 10 mA and excellent energy deﬁ- Pl 70-451 Szczecin nition Fax: +48 91 444 1226 http://www.ﬁzyka.univ.szczecin.pl/

Director: Konrad Czerski Phone: +48 91 444 1251 Fax: +48 91 444 1226 E-Mail: [email protected], [email protected]

e Contact Person for Foreign Users:

lu Natalia Targosz-Sleczka :B Phone: +48 91 444 1016

lo Fax: +48 91 444 1226 Co E-Mail: [email protected]

)

ilit

c fa Procedure to Apply for Beamtime: e( Write to the director or to the contact person for foreign users.

um -n Programme Advisory Committee: even There is no PAC

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Ha Main Instrumentation for Nuclear Physics Experiments:

CC Target surface diagnostics: Auger electron sectroscopy, pulsed Argon gun, PE Ultra high vacuum equipment,

Nu Target cooling system,

116 High purity Ge-detectors.

Main Fields of Nuclear Research: Nuclear reactions at extremely low energies, Nuclear reactions of astrophysical interest, Atomic and solid-state eﬀects in nuclear reactions.

Main Fields of Other Research: Plasma physics, Ion-solid-state interaction, Low-dosis response of single cells on nuclear radiation, Application of nuclear techniques.

e Accommodation:

lu Hotel rooms close to the laboratory.

Transportation: Public transportation.

Future Developments (under construction):

pa Increase of accelerating voltage to 100 kV, Windowless gas target.

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117 TRENTO ECT* (Italy)

Facility: European Centre for Theoretical ∗ hosts a variety of activi- Studies in Nuclear Physics and ECT Related Areas (ECT∗) ties in theoretical nuclear physics Strada delle Tabarelle, 286 and related areas: workshops and I-38123 Villazzano (Trento) collaboration meetings, doctoral Phone: +39 0461 314 722 training programs, innovative re- Fax: +39 0461 920164 search. It oﬀers positions for E-Mail: [email protected] postdoctoral fellows and visiting http://www.ectstar.eu scientists. It has an innovative High Performance Computing∗ is an institu- sys- Director: tem Aurora. ECT Achim Richter tional member of the ESF Com- Phone: +39 0461 314 760 mittee NuPECC. email: [email protected]

e Contact Person for Foreign Users:

lu The Director.

)

on ti Procedure to Apply for Beamtime:

ip cr Applications for a stay at ECT∗ and proposals for a workshop or a collaboration es meeting should be sent to the Director. Details are given on ECT∗ Web page.

ilit

dp Programme Advisory Committee: re ∗

be The Programme Advisory Committee is the Scientiﬁc Board of ECT : 8 interna-

um tional members and NuPECC Chair.

-n

even

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118 Main Instrumentation for Nuclear Physics Experiments: Workshops and collaboration meetings Doctoral Training Programme Positions for postdocs and visiting scientists In-house library, access to the Physics Department library and to all scientiﬁc journals Innovative supercomputing system Aurora with present computing power of 15 TeraFlop/s with a double high performance network Oﬃces in two buildings: Villa Tambosi and the Rustico; two conference rooms (capacities of 40 and 80)

Main Fields of Nuclear Research: Nuclear structure and low energy nuclear physics, QCD and hadron physics, high energy heavy ion reactions, nuclear matter under extreme conditions, nuclear astrophysics.

e lu Main Fields of Other Research:

:B Related Areas: Particle physics, astrophysics, condensed matter physics and quan-

lo tal physics of small systems, quantum information.

Accommodation: The ECT∗ staﬀ ﬁnds accomodation for visiting scientists and postdoc researchers in local hotels, appartments and university residences.

pa Transportation:

ered Nearest airport: Verona (90 km). Trento is on the Innsbruck-Brenner-Verona

numb railwayline (Munich-Trento ca. 5 hours). Trento is on the motorway connecting Munich-Innsbruck-Verona-Modena (A 22).

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119 UPPSALA TSL (Sweden)

Facility: The Svedberg Laboratory Uppsala University Cyclotron with proton beams 25- Box 533 180 MeV and ion-beams up to 2 /A MeV. Proton therapy SE - 751 21 Uppsala, Sweden 192 Q Fax: +46 18 471 38 33 in collaboration with the Aca- http://www.tsl.uu.se/ demic Hospital. Irradiation facility with proton beams and neu- Director: tron beams, Quasi-monoenergetic Bj¨ornG˚alnander and Atmospheric-like. Phone: +46 18 471 38 73 E-Mail: [email protected]

Contact Person for Foreign Users: Alexander Prokoﬁev Phone: +46 18 471 38 50 E-Mail: alexander.prokoﬁ[email protected]

Co Procedure to Apply for Beamtime: ) Beam time requests should be sent to [email protected]. See further instructions

ip on homepage.

ilit

fa Programme Advisory Committee:

e( ag PAC in the framework of EU FP7 ERINDA project, 5 international members.

-n Main Instrumentation for Nuclear Physics Experiments:

even Quasi-monoenergetic neutron (QMN) beam facility with peak neutron energy selectable in the 20-175 MeV range. ook Neutron beam facility with atmospheric-like spectrum (ANITA). ndb Proton beam facility (PAULA) with energy selectable in the 25-180 MeV range. Ha Ion beam facility for radiobiology and other experiments.

120 Main Fields of Nuclear Research: Neutron and proton induced nuclear reactions. Detector development and calibrations.

Main Fields of Other Research: Proton beam therapy. Single-event eﬀect studies and testing using neutron and proton beams. Biomedical research with ion beams.

Accommodation: Local hotels, hostels and private rooms.

e lu Transportation:

ur By train 20 minutes from Stockholm Arlanda airport to Uppsala. lo Walking distance from Uppsala city centre.

Future Developments (under construction): A new user position with enhanced neutron ﬂux at the QMN and ANITA facilities. Participation in FREIA for development of ESS RF-system.

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121 VILLIGEN PSI (Switzerland)

Facility: Paul Scherrer Institut Isochronous cyclotron running at CH-5232 Villigen PSI 50.6 MHz frequency and deliv- Phone: +41 56 310 21 11 ering 2.2 mA proton current at , cold Fax: +41 56 310 21 99 590 MeV. π , µ http://www.psi.ch/ Secondary beams of neutrons and ultracold neutrons. Director: J. Mesot Phone: +41 56 310 40 29 Fax: +41 56 310 27 17

Contact Person for Foreign Users: C. Petitjean Phone: +41 56 310 32 60 E-Mail: [email protected]

Co Procedure to Apply for Beamtime: Submission of proposals. ) Information on procedures available from http://ltp.web.psi.ch

ip Presentation in an open users meeting. cr PAC meets once per year.

ilit

ag Programme Advisory Committee: dp 1 in-house, 4 national, 7 international members.

-n even Main Instrumentation for Nuclear Physics Experiments: Several highest intensity and luminosity π- and µ-beams. ook Special high purity µ-facility for measuring ultra-rare decays. ndb High intensity, ultracold neutron facility. Ha Proton irradiation facility.

122 Main Fields of Nuclear Research: Low energy pion and muon physics. Ultracold neutron physics. Measurements of fundamental constants and symmetry violations.

Main Fields of Other Research: Muon Spin Resonance experiments at several µSR facilities, incl. low temperature facility and high ﬁeld µSR (10T) . Radiation hardness tests of materials and electronic components and circuits with high intensity proton, neutron, pion and photon beams. OPTIS: cancer therapy on human eyes with 72 MeV protons. Human cancer therapy with 250 MeV protons, using a new dedicated cyclotron and a large gantry. Neutron scattering at spallation neutron source SINQ. X-ray experiments at the synchrotron light source with 2.4 GeV electron storage ring (Swiss Light Source SLS).

lu Accommodation:

lo Guest house (72 rooms) on site.

Transportation: Bus connection to Brugg railway station (approx. 10 km).

ge pa Future Developments (under construction):

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123 WARSZAWA (Poland)

Facility: max= Heavy Ion Laboratory University of Warsaw, Cyclotron (isochronous, K 02-093 Warszawa, Pasteura 5A 160) with 9.6 GHz ECR source for Phone: +48 22 554 60 00 ions from He up to Ar and 14.5 Fax: +48 22 659 27 14 GHz SUPERNANOGAN ECR http://www.slcj.uw.edu.pl/ source with oven and sputtering units for ions from He up to Xe. Director: GE PETtrace cyclotron (K = Krzysztof Rusek 16.5) delivering proton (16.5 Phone : +48 22 822 21 23 MeV) and deuteron (8.5 MeV) E-Mail: [email protected] beams.

Contact Person for Foreign Users: Jaros law Choi´nski Phone: +48 22 554 62 17 E-Mail: [email protected]

Co Procedure to Apply for Beamtime:

)

on Fill out the beam request form available at http://www.slcj.uw.edu.pl/pac

ti ip Proposals are considered twice a year during PAC meetings

ilit

e( Programme Advisory Committee: ag 1 in-house, 7 national, 5 international

-n

even Main Instrumentation for Nuclear Physics Experiments: JANOSIK, a multidetector system to study Giant Dipole Resonances. Uses a variety of beams with energies ranging from 4 to 10 MeV/amu. The system consists

ook of the large, high purity lead shielded NaI(Tl) crystal (25.4 cm x 29.0 cm) and ndb of the 32-element multiplicity ﬁlter (barium ﬂuorine and NaI(Tl) detectors). It is

Ha designed to detect photons in a range 4 to 40 MeV. Movable arm allows to study CC gamma-ray angular distributions. EAGLE, a multiconﬁguration gamma-ray spec- PE trometer which can accomodate up to 30 ACS HPGe detectors coupled to various

Nu ancillary devices: compact 4π Si ball, internal conversion electron spectrometer,

124 scattering chamber equipped with 110 5mm x 5mm PIN diodes for Coulex studies, multiplicity BaF2 ﬁlter, standard K¨olnplunger. All mentioned equipment except for the plunger is owned by the EAGLE collaboration. Currently EAGLE is equipped with 20 HPGe of 70CUDAC, Coulomb Excitation chamber equipped with an array of silicon detectors-PIN diodes (1 cm by 1 cm) ; two forward Si(Li) detectors and associated 3 ORTEC HPGe detectors. IGISOL, Scandinavian-type ion guide separator on-line. Helium transport of the short-lived reaction products to the separator ion source. ICARE, large (ϕ = 100 cm) universal scattering chamber equipped with charged particles telescopes consisting of gas ionization chambers and silicon detectors, used in nuclear reaction studies. Internal and external irradiation chambers for material research with target cooling possibilities.

Main Fields of Nuclear Research: Structure of nuclei. In-beam spectroscopy. Giant resonances. Coulomb excitation. Nuclei far from stability line. Fusion barriers distribution. Direct nuclear reactions.

ur lo Main Fields of Other Research: Co Atomic physics-ionization processes after HI interaction. Biological studies of high LET irradiation of cells. Medical applications of nuclear physics: production and research on PET radiopharmaceuticals, production and applications of alpha-emitting isotopes in cancer therapy.

Accommodation:

pa 10 guest rooms.

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CC Future Developments (under construction): PE Installation of the new HF generators; production of PET radiopharmaceuticals;

Nu production of alpha-emitting isotopes for cancer therapy.

125 WIEN VERA (Austria)

Facility: Vienna Environmental Research Accelerator VERA: 3 MV Tandem Accelerator Universit¨atWien mainly used for Accelerator Mass Isotopenforschung Spectrometry (AMS) up to Pu. W¨ahringerStr. 17 Two Multi-Cathode Sputtering A-1090 Wien Sources for negative ions. http://isotopenforschung.univie.ac.at/

Director: Robin Golser Tel. +43 1 4277 51701 Fax +43 1 4277 9517 E-Mail: [email protected]

Contact Person for Foreign Users: Peter Steier

e Tel. +43 1 4277 51729 lu Fax +43 1 4277 9517

:B E-Mail:[email protected]

)

ip cr Procedure to Apply for Beamtime:

es E-Mail to [email protected] or [email protected]

ilit

dp Programme Advisory Committee:

be There is no PAC

-n

even

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126 Main Instrumentation for Nuclear Physics Experiments: Typical AMS components for ulta-sensitive detection of long-lived radionuclides. Various small detectors for charged particles (TOF, ionization chamber, surface barrier) and for radiation (Si(Li), HPGe).

Main Fields of Nuclear Research: Sub-Coulomb barrier nuclear reactions.

Main Fields of Other Research: Accelerator Mass Spectrometry of long-lived radionuclides up to Pu. Search for Super Heavy Elements in natural materials. Study of rare atomic- and molecular negative ions.

e Accommodation:

lu Various hotels close to central Vienna.

Transportation: VERA is located close to the city center of Vienna, easily accessible by public transportation.

ge Future Developments (under construction):

pa Laser photodetachment within a gas-ﬁlled RF-quadrupole cooler for isobar sepa- ered ration of negative ions.

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127 ZAGREB RBI (Croatia)

Facility: Rudjer Boskovic Institute • 6.0 MV EN Tandem Van de Bijenicka cesta 54 Graaﬀ with two ion sources 10000 Zagreb (Alphatros for He and SNICS http://www.irb.hr/ 40 for other ions) Director: • 1.0 MV Tandetron with duo- Tome Anticic; Head of the Experimental plasmatron ion source Physics Department • 8 beam lines including heavy Phone: +385 1 4561 138 ion microprobe and dual beam Fax: +385 1 4680 239 irradiation chamber E-Mail: [email protected]

Contact Person for Foreign Users: Milko Jaksic Phone: +385 1 4680 942 Fax: +385 1 4680 239

e E-Mail: [email protected]

) Procedure to Apply for Beamtime:

ip - Ion beams for characterisation and materials modiﬁcation: Users apply directly cr to contact person of the Laboratory for ion beam interactions (Milko Jaksic,

es email: [email protected]). Alternatively European researchers may apply for beam-

ilit time through the TNA scheme of the SPIRIT project (http://www.spirit-ion.eu/).

c fa - Nuclear physics: Users apply directly to contact person of the Laboratory for e( nuclear physics (Neven Soic, email: [email protected]).

-n Programme Advisory Committee:

even International PAC does not exist. Beam time is distributed at the internal meetings of the Laboratory for ion beam interactions every Monday. Beam time has to be reserved normally up to two months in advance depending on the accelerator ook and beam line requested. ndb Nuclear physics proposals evaluate senior researchers of Laboratory for nuclear Ha physics. Short written proposal are required, local users give oral presentation of

CC the proposal.

128 Main Instrumentation for Nuclear Physics Experiments: - Nuclear reaction chamber suitable for up to 4 detector telescopes built from silicon strip or position sensitive detectors, 2 LaBr3 gamma and 6 EJ-309 neutron detectors with 160 channels VME data acquisition based on MIDAS software, gas target system available. - Scattering chamber with ﬁne target irradiation angle positioning, time of ﬂight recoil spectrometer and up to 3 particle detectors for elastic scattering cross section measurements; Heavy ion microprobe for focussing of ions up to 15 MeV ME/q2;

Main Fields of Nuclear Research: Light nuclei reactions of astrophysical importance; cluster structure study of light nuclei; Data base for IBA (ion beam analysis) - elastic scattering cross sections, particle induced gamma emission rates, stopping power of ions in matter; IBIC (ion beam induced charge) characterisation of charge transport in particle detectors.

Main Fields of Other Research:

e lu Development of ion beam characterisation and materials modiﬁcation techniques;

:B Nanostructuring using ion beams and analysis of nanostructures using ion beam

lo techniques; High resolution x-ray spectrometry studies of inner shell ionization;

Co Interaction of single heavy ions with surfaces and bulk; Characterisation of defects in semiconductors and insulators including those induced by radiation; Air pollu- tion monitoring using PIXE; Support in research of cultural heritage objects and conservation work.

Accommodation:

ge Guest house of the nearby Medical faculty at about 10 minutes walking distance pa from RBI. Alternatively, hotels in the city centre are accessible by public transport.

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ndb centre by shuttle bus service.

129

How to Contact European Funding Agencies

List of Agencies

EUROPE Commission Europ´eenne SDME 1/60 1049 Bruxelles

European Science Foundation 1, quai Lezay-Marnesia 67080 Strasbourg Cedex

AUSTRIA Fonds zur F¨orderungder wissenschaftlichen Forschung (FWF)

e lu Haus der Forschung, Sensengasse 1 A-1040 Wien

:B ur Phone:+43 1 505 67 40,Fax:+43 1 505 67 39 lo E-Mail: oﬃ[email protected]

Co http://www.fwf.ac.at

Osterreichische¨ Akademie der Wissenschaften Dr. Ignaz Seipel-Platz 2 A-1040 Wien Phone: (+43 1) 51581 0 http://www.oeaw.ac.at/

ge BELGIUM

pa Fonds voor Wetenschappelijk Onderzoek - FWO-Vlaanderen

ered Egmontstraat 5 B-1000 Brussels

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odd- Fonds National de la Recherche Scientique - FNRS Rue d’Egmont 5 B-1000 Brussels

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Ha Herculesstichting Koloninstraat 56

CC B-1000 Brussels

131 Agentschap voor Innovatie door Wetenschap en Technologie (IWT) Ellipsgebouw Koning Albert II-laan 35, bus 16 B-1030 Brussels

Belgian Science Policy Oﬃce - BELSPO Louizalaan 231 B-1050 Brussels

BULGARIA Bulgarian Academy of Sciences Str 15 Novenber 1 1040 Soﬁa Phone: +35 92 979 53 33; +35 92 979 52 23

National Science Fund Bd Knqz Dondukov 2A 1000 Soﬁa Phone: +35 92 9217 532 Fax:+35 92 9217 5321

lu CROATIA

ur Ministry of Science, Education and Sports lo Donje Svetice 38 Co 10000 Zagreb, Croatia Phone: +385 1 4569 000 Fax: +385 1 4594 301 E-Mail: oﬃ[email protected]

Croatian Science Foundation Nazorova 2 51410 Opatija, Croatia

ag Phone: +385 51 228 690

dp Fax: +385 51 271 085 re E-Mail: [email protected]

um -n CZECH REPUBLIC even The Academy of Sciences of the Czech Republic Narodni 3 117 20 Praha 1

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Ha Czech Science Foundation - GACR Hadovka Oﬃce Park

PE Evropska 2589/33b

Nu 160 00 Praha 6

132 Technology Agency of the CR Evropska 2589/33b 16000 Praha 6

Ministry of Education, Youth and Sports Karmelitska 7 118 12 Praha 1

DENMARK Danish Natural Science Research Council Artillerivej 88 2300 Copenhagen S

FINLAND Academy of Finland POB 131 FI-00531 HELSINKI

Ministery of Education and Culture P.O. Box 29

e FI-00023 Government

:B FRANCE

ur lo Minist`erede l’Enseignement sup´erieuret de la Recherche Co 1 rue Descartes 75231 Paris cedex 05 - FRANCE

Commissariat `al’Energie Atomique et aux Energies Alternatives Direction des Sciences de la Mati`ere(DSM) CEA SACLAY F-91191 Gif-sur-Yvette Cedex

ge Institut National de Physique Nucl´eaireet Physique des Particules (IN2P3) pa 3 rue Michel Ange F-75781 Paris, Cedex 16

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odd- Bundesministerium f¨urBildung und Forschung Dienstsitz Bonn Heinemannstr. 2 ook 53170 Bonn

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Ha Bundesministerium f¨urBildung und Forschung CC Dienstsitz Berlin PE Hannoversche Straße 28-30

Nu 10115 Berlin

133 Max-Planck-Gesellschaft zur F¨orderungder Wissenschaften e.V. Hofgartenstr. 8 80539 M¨unchen

Helmholtz Gemeinschaft Deutscher Forschungszentren e.V. Geschftsstelle Berlin Anna-Louisa-Karsch-Strae 2 10178 Berlin Geschftsstelle Bonn Ahrstrae 45 53175 Bonn

GREECE General Secretariat for Research and Technology - GSRT 14-18, Mesogeion Ave., 11510 Athens Phone: +30 210 7458000 (switchboard) http://www.gsrt.gr

e HUNGARY

lu Secretary General, :B Hungarian Academy of Sciences

lo Roosevelt t´er9. Co H-1051 Budapest

College for Natural Sciences National Fund for Scientiﬁc Research OTKA Iroda Czuczor u. 10. I. H-1093 Budapest

ag National Oﬃce for Innovation

dp Nemzeti Innovacios Hivatal re Neumann J´anosu. 1/c be H-1117 Budapest

-n

even ITALY Istituto Nazionale di Fisica Nucleare Presidenza ook Piazza dei Caprettari 70 ndb I-00186 Rome

CC ITC PE Via Santa Croce, 77

Nu I-38100 Trento

134 THE NETHERLANDS Stichting FOM Postbus 3021 3502 GA Utrecht

NWO Postbus 93138 2509 AC Den Haag

NORWAY Det Norske Forskningsr˚ad Naturvitenskap og teknologi Postboks 2700, St. Hanshaugen 0131 Oslo

POLAND Ministry of Science and Higher Education: MNiSW ul. Wspolna 1/3 00-529 Warszawa e http://www.nauka.gov.pl

ur Polish Academy of Sciences: PAN lo Pl. Delad 1 Co 00-901 Warszawa http://www.pan.pl

National Science Centre: NCN ul. Krlewska 57 30-081 Krakw, Poland http://www.ncn.gov.pl

ge National Centre for Research and Development: NCBiR pa ul. Nowogrodzka 47a 00-695 Warszawa,Poland

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odd- National Atomic Energy Agency: PAA ul. Krucza 36 00-921 Warszawa, Poland ook http://www.paa.gov.pl

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135 PORTUGAL Funda¸c˜aopara a Ci´enciae Tecnologia Av. D. Carlos I, 126 – 1 e 2 1249-074 Lisboa Phone: +351 213 924 385 Fax: +351 213 907 481

Academia das Ciˆenciasde Lisboa Rua da Academia das Ciˆencias,19 1249-122 Lisboa Phone: +351 213 219 730 Fax: +351 213 420 395

SPAIN VA Espacio Europeo Vicepresidencia de Relaciones Internacionales Consejo Superior de Investigaciones Cientﬁcas, CSIC Pinar 25, 28006 Madrid Phone: +34 91 5681689

Mara Vallejo

lu Secretara Gral. de Programas Europeos Direccin Gral. de Cooperacin internacional y Relaciones Institucionales

ur Ministerio de Ciencia e Innovacin lo c/ Albacete 5 Planta Sur 28027 Madrid

Co Phone: +34 91 6037114 E-Mail: [email protected]

SWEDEN Swedish Research Council Box 1035 SE-10138 Stockholm

e ag SWITZERLAND

re Schweizerischer Nationalfonds be Wildhainweg 20 um Postfach 8232

-n 3001 Bern

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136 UNITED KINGDOM Engineering and Physical Sciences Research Council Polaris House North Star Avenue Swindon SN2 1ET

Oﬃce of Science and Technology 1 Victoria Street London SW1H 0DE

Science and Technology Facilities Council (STFC) Polaris House North Star Aavenue Swindon SN2 1SZ

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137

How to Contact Nuclear Physics Institutes in Europe

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139 Austria

Fachbereich Theoretische Physik UniversitätWien Institut fürPhysik FakultätfürPhysik - Kernphysik Karl-Franzens-UniversitätGraz WähringerStraße 17 8010 Graz, Universitätsplatz5 1090 Wien Phone: +43 316 380 5225 Phone: +43 1 4277 51750 Fax: +43 316 380 9820 Fax: +43 1 4277 51752 E-Mail: [email protected] http://kernphysik.univie.ac.at/

Institut fürTheoretische Physik UniversitätWien der UniversitätInnsbruck FakultätfürPhysik - Isotopenforschung Technikerstraße 25 VERA - Vienna Environmental Research A-6020 Innsbruck Accelerator Phone: +43 512 507 62 01 WähringerStraße 17 Fax: +43 512 507 29 19 1090 Wien E-Mail: [email protected] Phone: +43 1 4277 51701 Fax: +43 1 4277 9722 Stefan Meyer Institut fürsubatomare Physik UniversitätWien der Osterreichischen¨ Akademie Particle Physics Group der Wissenschaften Department of Physics Boltzmanngasse 3 Boltzmanngasse 5, 5. Stock

e lu A-1090 Wien A-1090 Wien, sterreich Phone: +43 1 4277 29701 Phone: +43 1 4277 51501

:B ur Fax: +43 1 4277 9297 Fax: +43 1 4277 9515 lo E-Mail: [email protected] E-Mail: [email protected] Co http://www.oeaw.ac.at/smi http://www.thp.univie.ac.at

Technische Universit¨atWien Atominstitut Stadionallee 2 1020 Wien Austria Phone: +43 1 588 01 141202 e Fax: +43 1 588 01 14199 ag E-Mail: oﬃ[email protected] dp http://www.ati.ac.at

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140 Belgium

University of Leuven UniversitéLibre de Bruxelles Department of Physics and Astronomy Physique NucléaireThéoriqueet Instituut voor Kern- en Stralingsfysica Physique Mathmatique Celestijnenlaan 200 D Campus de la Plaine - CP 229 B-3001 Leuven Boulevard du Triomphe Phone: +32 16 32 72 63 B-1050 Bruxelles Fax: +32 16 32 79 85 Phone: +32 2 650 55 62 Fax: +32 2 650 50 45 Universiteit Gent Department of Physics and Astronomy UniversitéLibre de Bruxelles Proeftuinstraat 86 Institut d’Astronomie et d’Astrophysique B-9000 Gent Campus de la Plaine - CP 226 Phone: +32 9 264 65 28 Boulevard du Triomphe Fax: +32 9 264 66 97 B-1050 Bruxelles Phone: +32 2 650 28 42 Fax: +32 2 650 42 26 UniversitéCatholique de Louvain Cyclotron Research Center Chemin du Cyclotron, 2 Universitéde Mons-Hainaut B-1348 Louvain-la-Neuve Physique NucléaireThéorique Phone: + 32 10 472998 Place du Parc, 20,

e Fax: + 32 10 452183 B-7000 Mons lu Phone: +32 65 37 34 67

:B Fax: +32 65 37 30 54

ur Universitéde Liège lo Interactions Fondamentales en Physique et Co en Astrophysique European Commision, Joint Research Cen- Institut de Physique B5 tre Sart Tilman Institute for Reference Materials and Mea- B-4000 LiègeI surements (IRMM) Phone: +32 4 366 36 01 Retieseweg 111 Fax: +32 4 366 36 71 B-2440 Geel Phone: +32 14 57 12 92 Fax: +32 14 58 42 73 Universitéde Liège Institut de Physique Nucléaire, ge Atomique et de Spectroscopie Belgian Nuclear Research Centre: SCK-CEN pa Bt. B 15 Boeretang 200 Sart Tilman B-2400 Mol

ered B-4000 Li`egeI Fax: +32 14 31 50 21

numb Phone: +32 4 366 36 93 Fax: +32 4 366 28 84

odd-

Rijksuniversitair Centrum Antwerpen ook Departement Wiskunde en Informatica

ndb Campus Middelheim, Building G,

Ha Middelheimlaan 1, B-2020 Antwerpen

CC Phone: +32 3 265 39 03

PE Fax: +32 3 265 37 77

141 Bulgaria

Institute for Nuclear Research and Nuclear Energy Bd Tzarigradsko chaussee 72 1784 Soﬁa Bulgaria Phone: +3592 974 37 61 Fax: +3592 975 56 19

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142 Croatia

Division of Experimental Physics Rudjer Boskovic Institute Bijenicka cesta 54, HR-10000 Zagreb, Croatia Phone: +385 1 4561 138 Fax: +385 1 4680 239

Physics Department Faculty of Science University of Zagreb Bijenicka cesta 32, P.P. 331 HR-10002 Zagreb, Croatia Phone: +385 1 460 5555 Fax: +385 1 4680 336

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143 Czech Republic

Institute of Particle and Nuclear Physics Charles University Faculty of Mathematics and Physics VHolesovickach 2 180 00 Praha 8 Phone: +420221912437 Fax: +420221912434

Institute of Experimental and Applied Physics Czech Technical University Horska 3a/22 128 00 Praha 2 Phone: +420224359290 Fax: +420224359392

Department of Physics Czech Technical University Faculty of Nuclear Science and Physical En- gineering Brehova 7 115 19 Praha 1

e Phone: +420222317661 lu Fax: +420222320861

:B ur The Institute of Physics

lo Silesian University

Co Faculty of Philosophy and Science Bezrucovo nam. 13 746 01 Opava Phone: +420553684286 Fax: +420553716948

Institute of Physics of the ASCR Na Slovance 1999/2 e 182 21 Praha 8 ag Phone: +420266052121 dp Fax: +420286890527

um Nuclear Physics Institute of the ASCR

-n Rez 130 250 68 Rez

even Phone: +420220941 147 Fax: +420220941130

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144 Denmark

Department of Physics and Astronomy Aarhus University Ny Munkegade 120 DK-8000 Aarhus C Phone: +45 87 15 00 00 Fax: +45 86 12 07 40 http.//www.phys.au.dk

Niels Bohr Institute University of Copenhagen Blegdamsvej 17 DK-2100 Copenhagen Ø Phone: +45 35 32 52 09 Fax: +45 35 32 50 16 http://www.nbi.dk

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145 Finland

Department of Physics Abo Academi Porthansgatan 3 FI-20500 Turku Phone: +358 2 2154246

Nuclear Engineering Laboratory Department of Advanced Energy Systems Helsinki University of Technology PO Box 14100 FI-00076 AALTO Phone: +358 9 47001

Department of Physics University of Helsinki PO Box 64 FIN- 00014 Helsinki Phone: +358 9 191 50600

Helsinki Institute of Physics e PO Box 64

lu FIN- 00014 University of Helsinki

:B Phone: +358 9 191 50521

Co Department of Physics PO Box 35 FIN-40014 UNIVERSITY OF JYVASKYLA Phone: +358 40805 4356

Lappeenranta University of Technology Department of Energy and Environmental Technology e PO Box 20 ag FI-53851 Lappeenranta dp Phone: +358 5 621 11

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146 France

Laboratoire de Physique Corpusculaire Laboratoire SUBATECH (Laboratoire de Clermont-Ferrand Physique Subatomique et des Technologies Campus des C´ezeaux associ´ees) 24, avenue des Landais 4 rue Alfred Kastler BP 80026 La Chantrerie BP 20722 63171 Aubire Cedex 44307 Nantes cedex 3 Phone: +33 4 73 40 72 72 Phone: +33 2 51 85 84 83 Fax: +33 4 73 26 45 98 Fax: +33 2 51 85 84 79

GANIL Grand AccélérateurNational d’ions (CSNSM) Centre de SpectrométrieNucléaire lourds et de Spectrométriede Masse Boulevard Henri Becquerel Bâtiment 104 et 108 B.P 55027 F-91405 Orsay campus F-14076 Caen Cedex Phone: +33 1 69 15 52 30 Phone: : +33 2 31 45 46 47 Fax: +33 1 69 15 50 08 Fax: +33 2 31 45 25 49 Institut de Physique Nucléaire Laboratoire de Physique Corpusculaire de 15 rue Georges Clémenceau Caen 91406 - ORSAY Cedex - FRANCE 6 bd Maréchal Juin Phone:+33 1 69 15 67 50 14050 CAEN Cedex Fax: +33 1 69 15 73 40 Phone: +33 2 31 45 25 00

e lu Fax: +33 2 31 45 25 49 Service de Physique Nucl´eairede Saclay DSM/IRFU/SPhN

ur Centre d’Etudes Nucl´eairesde CEA Saclay lo Bordeaux Gradignan F-91191 Gif-sur-Yvette Co Chemin du Solarium Phone:+33 1 69 08 73 54 33175 Gradignan Cedex Fax: +33 1 69 08 75 84 Phone: +33 5 57 12 08 04 Fax: +33 5 57 12 08 01 Service de Physique Nucl´eaire CEA DAM DIF Institut Laue-Langevin F-91297 Arpajon 6, rue Jules Horowitz Phone: +33 1 69 26 51 80 BP 156 Fax: +33 1 69 26 70 63 F-38042 Grenoble Cedex 9 Phone: + 33 4 76 20 71 11 Institut Pluridisciplinaire Hubert CURIEN

pa Fax: + 33 4 76 48 39 06 23 rue du Loess - BP28 67037 Strasbourg cedex 2 ered Laboratoire de Physique Subatomique et de Phone: +33 3 8810 6655 Cosmologie Fax: +33 3 8810 6292 numb LPSC Grenoble

odd- 53, rue des Martyrs Institut de Physique Nucléairede Lyon 38026 Grenoble Cedex Domaine scientifique de la Doua Phone: + 33 4 76 28 40 01 Bâtiment Paul Dirac ook Fax: + 33 4 76 28 40 04 4, Rue Enrico Fermi

ndb 69622 Villeurbanne Cedex

Ha Phone: +33 4 72 44 84 57 Fax: +33 4 72 43 15 40

147 Germany

Helmholtz-Zentrum Berlin Physikzentrum der Lise-Meitner Campus Technischen Universit¨atBraunschweig Hahn-Meitner-Platz 1 Mendelssohnstr. 3 D-14109 Berlin D-38106 Braunschweig Phone: +49 30 8062-0 Phone: +49 531 391 51 07 Fax: +49 30 8062-42181 Fax: +49 531 391 51 29

Institut fürAtomare Physik und Department of Physics Fachdidaktik University of Bremen Technische UniversitätBerlin, FG ‘Kernstrahlungsmeßtechnik’ Sekr. PN 3-1 Postfach 33 04 40 Hardenbergstraße 36 D-28334 Bremen 33 D-10623 Berlin Phone: +49 421 21 81 Phone: +49 30 314 25057 Fax: +49 30 314 23018 GSI Helmholtzzentrum fr Schwerionenforschung Planckstr. 1 Dynamitron Tandem Laboratory D-64291 Darmstadt c/o UniversitätBochum Phone: +49 61 59 710 Postfach 10 21 48 Fax: +49 61 59 71 27 85 D-44721 Bochum

e Phone: +49 234 700 64 55

lu Institut f¨urKernphysik Fax: +49 234 709 42 16 Technische Universit¨atDarmstadt

ur Schloßgartenstr. 9 lo Ruhr-UniversitätBochum D-64289 Darmstadt Co Institut fürTheoretische Physik II Phone: +49 61 51 16 21 16 Postfach 10 21 48 Fax: +49 61 51 16 43 21 D-44721 Bochum Phone: +49 234 700 37 07 UniversitätDortmund Fax: +49 234 709 42 48 Institut fürPhysik Postfach 50 05 00 Institut fürStrahlen- und Kernphysik D-44221 Dortmund Institut fürTheoretische Kernphysik Phone: +49 231 755 1

e der Universit¨atBonn Fax: +49 231 755 35 69 ag Nußallee 14–16

dp D-53115 Bonn

re Technische Universit¨atDresden Phone: +49 228 73 22 01 (expt) be Wissenschaftsbereich Kernphysik Phone: +49 228 73 23 65 (theory) um Mommsenstraße 13

-n Fax: +49 228 73 37 27 D-01069 Dresden

even Fax: +49 351 47 02 94 Physikalisches Institut Universit¨atBonn Helmholtz-Zentrum Dresden-Rossendorf (HZDR) ook Nussallee 12 Bautzner Landstrasse 400

ndb D-53115 Postanschrift Postfach 510119

Ha Phone: +49 228 73 23 40 01314 Dresden Fax: +49 228 73 35 18

148 Physikalisches Institut Institut fürAtom- und Molekülphysik UniversitätErlangen der Justus-Liebig-Universität Erwin-Rommel-Str. 1 Strahlenzentrum D-91048 Erlangen Leihgesterner Weg 217 Phone: +49 91 31 85 70 68 D-35392 Gießen Phone: +49 641 702 26 55 Fax: +49 641 702 26 72 Institut fürTheoretische Physik Staudtstr. 7 D-91058 Erlangen II. Physikalisches Institut Phone: +49 91 31 85 84 42 UniversitätGöttingen Fax: +49 91 31 85 84 44 Bunsenstr. 7–9 D-37073 Göttingen Phone: +49 551 39 76 32 Institut fürKernphysik der Fax: +49 551 39 44 93 J.W. Goethe UniversitätFrankfurt Max-von-Laue Str. 1 D-60438 Frankfurt I. Institut fürExperimentalphysik Phone: +49 69 798 47023 UniversitätHamburg Fax: +49 69 798 47024 Luruper Chaussee 149 D-22761 Hamburg Phone: +49 40 89 98 21 62 Institut fürTheoretische Physik der Fax: +49 40 89 98 21 01 J.W. Goethe Universität Rober-Mayer-Str. 8–10 e D-60325 Frankfurt II. Institut fürExperimentalphysik

lu Phone: +49 69 798 23 32 Luruper Chaussee 149

:B Fax: +49 69 798 83 50 D-22761 Hamburg

ur lo Phone: +49 40 89 98 22 41

Co Fax: +49 40 89 98 21 96 FakultätfürPhysik UniversitätFreiburg Hermann-Herder-Str. 3 Max-Planck-Institut fürKernphysik D-79104 Freiburg Saupfercheckweg Phone: +49 761 203 37 13 D-69029 Heidelberg Fax: +49 761 203 45 27 Phone: +49 62 21 516 1 Fax: +49 62 21 516 540 II. Physikalisches Institut Justus-Liebig-Universität Physikalisches Institut der ge Heinrich-Buff-Ring 16 UniversitätHeidelberg

pa D-35393 Gießen Philosophenweg 12

ered Phone: +49 641 99 33260 D-69120 Heidelberg Fax: +49 641 99 33209 Phone: +49 62 21 569 213

numb Fax: +49 62 21 47 57 33

odd- Institut fürTheoretische Physik Justus-Liebig-Universität Institut fürTheoretische Physik Heinrich-Buff-Ring 16 UniversitätHeidelberg ook D-35392 Gießen Philosophenweg 19 ndb Phone: +49 641 702 28 00 D-69120 Heidelberg

Ha Fax: +49 641 743 90 Phone: +49 62 21 569 431

CC Fax: +49 62 21 569 331

149 Institut fürKernphysik Max-Planck-Institut fürChemie Forschungszentrum Jülich Saarstr. 23 Postfach 19 13 D-55122 Mainz D-52425 Jülich Phone: +49 61 31 305 1 Phone: +49 24 61 61 44 08 Fax: +49 61 31 305 388 Fax: +49 24 61 61 39 30 Institut fürKernchemie Institut fürTheoretische Teilchenphysik Johannes-Gutenberg-Universität UniversitätKarlsruhe -Fachbereich Chemie- Postfach 69 80 Postfach 39 80 D-76128 Karlsruhe D-55099 Mainz Phone: +49 721 608 33 73 Phone: +49 61 31 39 58 79 Fax: +49 721 37 07 26 Fax: +49 61 31 39 52 53

KIT Institut fürPhysik Karlsruher Institut fürTechnologie der Johannes-Gutenberg-Universität Kaiserstr. 12 Staudingerweg 7 76131 Karlsruhe D-55128 Mainz Tel: +49 721 608-0 Phone: +49 61 31 392 279 Fax: +49 61 31 392 991 Institut fürKernphysik der UniversitätKöln Institut fürKernphysik e Zülpicher Str. 77 Johannes-Gutenberg-Universität

lu D-50937 K¨oln J.J. Becher-Weg 45

:B Phone: +49 221 470 27 96 D-55099 Mainz

ur lo Fax: +49 221 470 51 68 Phone: +49 61 31 39 25 196

Co Fax: +49 61 31 39 23 825 Institut fürTheoretische Physik der UniversitätKöln Philipps-Universität Zülpicher Str. 77 FB Physik D-50937 Köln Renthof 5 Phone: +49 221 470 43 06 D-35037 Marburg Fax: +49 221 470 51 59 Phone: +49 64 21 284 102 Fax: +49 64 21 284 239 e UniversitätKonstanz ag Fachbereich Physik Beschleunigerlaboratorium der dp Bücklestr. 13 Universitätund der Technischen

be D-78467 Konstanz Universit¨atM¨unchen

um Phone: +49 75 31 88 38 69 Hochschulgel¨ande

-n D-85748 Garching Phone: +49 89 289 142 71 even Fax: +49 89 289 141 41

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150 Physikdepartment der Institut fürStrahlenphysik Technischen UniversitätMünchen der UniversitätStuttgart James-Franck-Str. 1 Allmandring 3 D-86748 Garching D-70569 Stuttgart Phone: +49 89 289 124 34 Phone: +49 711 685 38 71 Fax: +49 89 289 122 97 Fax: +49 711 685 38 66

Institut fürRadiochemie Physikalisches Institut Technische UniversitätMünchen der UniversitätTübingen D-85748 Garching Auf der Morgenstelle 14 Phone: +49 89 289 122 02 D-72076 Tübingen Fax: +49 89 289 122 04 Phone: +49 70 71 29 24 23 Fax: +49 70 71 29 62 96 Sektion Physik der UniversitätMünchen Am Coulombwall Institut fürTheoretische Physik D-86748 Garching Nuclear-Theory-Group Phone: +49 89 289 140 82 Auf der Morgenstelle 14 Fax: +49 89 289 140 72 D-72076 Tübingen Phone: +49 70 71 29 21 17 Fax: +49 70 71 29 64 00 Institut fürKernphysik der UniversitätMünster Wilhelm-Klemm-Str. 9 DESY e D-48149 Münster Notkestrasse 85

lu Phone: +49 251 83 49 71 D-22603 Hamburg 52

:B Fax: +49 251 83 49 62 Phone: +49 40 89 98 30 00

ur lo Fax: +49 40 89 94 43 04 Co Institut fürTheoretische Physik I UniversitätMünster Institut fürAngewandte Physik Wilhelm-Klemm-Str. 9 Robert Mayer Str. 2-4 D-48149 Münster D-60054 Frankfurt am Main Phone: +49 251 83 49 10 Phone: +49 69 79 82 23 85 Fax: +49 251 83 49 62 Fax: +49 69 79 82 85 10

Institut fürPhysik I Institut fürExperimentelle Physik Theoretische Physik Linnéstr.5 ge der UniversitätRegensburg D-04103 Leipzig

pa Postfach Phone: +49 89 28 91 22 02

ered D-93053 Regensburg Fax: +49 89 28 91 22 04 Phone: +49 941 943 20 07

numb

odd- Universit¨atSiegen Fachbereich Physik Adolf-Reichwein-Str. ook D-57076 Siegen ndb Phone: +49 271 740 41 12

Ha Fax: +49 271 740 24 16

151 Greece

Institute of Nuclear Physics Department of Physics National Centre for Scientiﬁc Research School of Applied Mathematical and Demokritos Physical Sciences POB 60228 National Technical University of Athens 153.10 Aghia Paraskevi, Athens Zografou Campus http://www.inp.demokritos.gr 15780 Zografou, Athens Secretary: Phone: +30 210 772 3008 Phone: +30 210 650 3512 Fax: +30 210 772 3025 Fax: +30 210 650 3529 Contact: R. Vlastou TANDEM ACCELERATOR E-Mail: [email protected] LABORATORY: http://www.physics.ntua.gr Contact: S. Harissopulos /index en.html Phone: +30 210 650 3493 Fax: +30 210 650 3537 Department of Physics E-Mail: [email protected] Section of Nuclear and http://tandem.inp.demokritos.gr Elementary Particle Physics Aristotle University of Thessaloniki Institute of Nuclear Technology 54124 Thessaloniki Research Reactor Laboratory http://www.physics.auth.gr/en/sections/2/ National Centre for Scientiﬁc Research Contact (Nuclear Theory): G. Lalazissis Demokritos E-Mail: [email protected] e POB 60228 Phone: +30 2310 99 8352 lu 153.10 Aghia Paraskevi, Athens Fax: +30 2310 99 8128

:B Contact: I. Stamatelatos Contact (Exp. Nuclear Physics):

lo E-Mail: [email protected] M. Zamani-Valasiadou

Co Phone: +30 210 65 3718 E-Mail: [email protected] Fax: +30 210 65 45496 Phone: +30 2310 99 8176 http://ipta.demokritos.gr /Facilities.htmRRL Department of Chemistry Radiochemistry Laboratory National Kapodistrian University of Athens Aristotle University of Thessaloniki Department of Physics 54124 Thessaloniki Nuclear and Particle Physics Section Phone/Fax: +30 2310 997753 Zografou Campus Contact: P. Misaelides

ag 15784 Athens E-Mail: [email protected] http://nuclpart.phys.uoa.gr/EN http://www.chem.auth.gr

re /index.en.php /index.php?lang=enst=65 be Secretary: um Phone: +30 210 727 6966 -n Fax: +30 210 727 6897

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152 Nuclear Physics Laboratory Department of Physics The University of Ioannina POB 1186, 45110 Ioannina Contact: Prof. A. Pakou Phone: +30 26510 08554 Fax: +30 26510 08692 E-Mail: [email protected] http://www.uoi.gr/physics/npl/

University of Crete Faculty of Sciences and Engineering Department of Physics Section of Atomic, Molecular and Optical Physics P.O Box 2208 71003 Heraklion Contact: T. J. M. Zouros Phone: +30 2810 394117 Fax: +30 2810 394301 E-Mail: [email protected] http://apapes.physics.uoc.gr/

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153 Hungary

Department of Atomic Physics Department of Physics Faculty of Science Faculty of Science EötvösLorándUniversity University of Pécs Pázmány Pétersétány 1/A P O Box 266 H- 1117 Budapest H-7601 Pécs Phone: +36 1 209 0555, ext. 6345 Phone: +36 72 501 570 Fax: +36 1 372 2772 Fax: +36 72 501 571

KFKI Research Institute for Particle and Nuclear Physics Hungarian Academy of Sciences Konkoly Thege Mikl´os´ut29-33. H-1121 Budapest Phone: +36 1 395 9289 Fax: +36 1 395 9151

Department of Theoretical Physics EötvösLorándUniversity P O Box 32 H-1518 Budapest

e Phone: +36 1 372 2546 lu Fax: +36 1 372 2509

ur lo Institute of Nuclear Research of the Co Hungarian Academy of Sciences P O Box 51 H-4001 Debrecen Phone: +36 52 417266 Fax: +36 52 416181

Department of Experimental Physics Faculty of Science

e University of Debrecen ag Bem t´er18/A

dp H-4026 Debrecen re Phone: +36 52 415222 be Fax: +36 52 315087

-n

even Department of Theoretical Physics Faculty of Science University of Debrecen ook Poroszlay ´ut6/C

ndb H-4032 Debrecen

Ha Phone: +36 52 346758 Fax: +36 52 346758

154 Italy

Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezione di Bari Laboratori Nazionali del Sud c/o Dipartimento di Fisica Via S. Sofia 44 Via Orabona 4 I-95125 Catania I-70126 Bari Phone: +39 095 51 61 40 Phone: +39 080 5442332 Fax: +39 095 714 18 15 Fax: +39 080 553 49 38 Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezione di Ferrara gruppo collegato INFN di Salerno Via Paradiso, 12 c/o Dipartimento di Fisica Università I-44100 Ferrara Universitàdi Salerno Phone: +39 0532 78 18 69 I-84081 Baronissi (SA) Fax: +39 0532 76 20 57 Phone: +39 089 96 53 71 Fax: +39 089 96 52 75 Istituto Nazionale di Fisica Nucleare Sezione di Firenze Istituto Nazionale di Fisica Nucleare c/o Dipartimento di Fisica Università Sezione di Bologna Largo Enrico Fermi, 2 Dip. di Fisica, Università I-50125 Firenze Via berti Pichat 6/2 Phone: +39 055 230 77 32

e I-40126 Bologna Fax: +39 055 233 51 98 lu Phone: +39 051 630 52 09

:B Fax: +39 051 630 52 92

ur Istituto Nazionale di Fisica Nucleare lo Laboratori Nazionali di Frascati Co C.N.A.F. C.P. 13 Viale Berti Pchat 6/2 Via Enrico Fermi, 40 I-40126 Bologna I-00044 Frascati Phone: +39 051 609 28 17 Phone: +39 06 94 03 25 73 Fax: +39 051 60 92 77 46 Fax: +39 06 94 03 25 82

Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezione di Cagliari Sezione di Genova cittadella Universitaria di Monserrato Via Dodecaneso, 33 ge Strad Prov.le per Sestru Km 1,00 I-16486 Genova pa Casella Postale n.170 Phone: +39 010 353 62 41 I-09042 Monserrato (CA) Fax: +39 010 31 33 58 ered Phone: +39 070 719 54 82 Fax: +39 070 37 16 00 numb Istituto Nazionale di Fisica Nucleare

odd- Laboratori Nazionali del Gran Sasso Istituto Nazionale di Fisica Nucleare S.S. 17/bis km. 18.900 Sezione di Catania I-67010 Assergi (AQ) ook c/o Dipartimento di Fisica e Astronomia Phone: +39 0862 43 72 31

ndb Universit´a Fax: +39 0862 41 07 95

Ha Via S. Soﬁa 64 I-95123 Catania CC Phone: +39 095 378 54 34 PE Fax: +39 095 378 52 25

155 Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezzione di Lecce Sezione di Padova c/o dipartimento di Fisica Universit`a c/o Dipartimento di Fisica Universit`a Via Arnesano s.n.c. Via F. Marzolo, 8 I-73100 Lecce I-35131 Padova Phone: +39 0832 32 04 90 Phone: +39 049 827 71 27 Fax: +39 0832 32 51 28 Fax: +39 049 66 22 63

Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Laboratori Nazionali di Legnaro Grupo collegato INFN di Parma Via Romea 4 c/o Dipartimento di Fisica Università I-35020 Legnaro (PD) Parco Area delle Scienze 7A Phone: +39 049 806 83 56 I-43100 Parma Fax: +39 049 806 85 14 Phone: +39 0521 90 52 59 Fax: +39 0521 23 84 08 Istituto Nazionale di Fisica Nucleare Sezione di Milano Istituto Nazionale di Fisica Nucleare c/o Dipartimento di Fisica Università Sezione di Pavia Via Celoria, 16 c/o Dipartimento di Fisica Università I-20133 Milano Via A. Bassi, 6 Phone: +39 02 70 60 16 25 I-27100 Pavia Fax: +39 02 70 60 18 11 Phone: +39 0382 50 74 30 Fax: +39 0382 43 32 41

lu Sezione INFN di Milano Bicocca

:B Ediﬁcio U2, Istituto Nazionale di Fisica Nucleare

ur lo Piazza della Scienza, 3 Sezione di Perugia

Co I-20126 Milano (Italia) c/o Dipartimento di Fisica Universit`a Director: Via Pascoli s.n.c. Phone: +39 02 6448 2402 I-06100 Perugia Sectretary: Phone: +39 075 584 72 96 Phone: +39 02 6448 2403 Fax: +39 075 584 72 96 Fax: +39 02 6448 2463 Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezione di Pisa Sezione di Napoli Via Livornese 582A

ag Complesso Universitario di Monte S. An- I-56010 San Piero A Grado gelo Phone: +39 050 88 02 26

dp re Ediﬁcio g - Via Cintia Fax: +39 050 88 03 18 be I-80126 Napoli um Phone: +39 081 67 61 87 -n Istituto Nazionale di Fisica Nucleare Fax: +39 081 67 63 46 Sezione di Roma “la Sapienzia” even c/o Dipartimento di Fisica Universit`a Piazza Aldo Moro,2

ook I-00185 Roma Phone: +39 06 49 91 43 16

ndb Fax: +39 06 49 02 75

156 Istituto Nazionale di Fisica Nucleare Istituto Nazionale di Fisica Nucleare Sezione di Roma Grupo Collegato INFN di Messina Piazzale Aldo Moro, 2 Casella Postale 56 I-00185 Roma Salita Sperone 13 Ctr. Papardo Phone: +39 06 499 11 I-98010 vill. s. Agata (MESSINA) Fax: +39 06 495 76 97 Phone: +39 090 39 19 53 Fax: +39 090 60 10 07 Istituto Nazionale di Fisica Nucleare Sezione di roma “Tor Vergata” Istituto Nazionale di Fisica Nucleare via della ricerca Scientifica1 Gruppo collegato INFN di Trento I-00173 Roma c/o Dipartimento di Fisica Università Phone: +39 06 72 59 45 70 Universitàdegli Studi di Trento Fax: +39 06 202 53 64 I-38050 Povo (Trento) Phone: +39 0461 98 11 36 Fax: +39 0461 88 20 14/88 16 96 Istituto Nazionale di Fisica Nucleare Sezione di Roma III Via della Vasca Navale 84 Instiuto Nazionale di Fisica Nucleare I-00146 Roma Grupo collegato INFN di Udine Phone: +39 06 55 17 70 51 c/o Dipartimento di Fisica Università Fax: +39 06 55 17 70 58 via delle Scienze 208 I-33100 Udine Phone: +39 0432 55 82 10 Instiuto Nazionale di Fisica Nucleare Fax: +39 0432 55 32 22 e Grupo collegato INFN della Sanità

lu viale regina Elena, 299

:B I-00161 Roma Istituto Nazionale di Fisica Nucleare

ur lo Phone: +39 06 49 90 22 34 Grupo collegato INFN di Cosenza (L.N.F.)

Co Fax: +39 06 494 09 54 c/o Dipartimento di Fisica Università Universitàdella calabria Istituto Nazionale di Fisica Nucleare I-87036 Arcavacata di rende (CS) Sezione di Torino Phone: +39 0984 93 94 80/49 30 37 c/o Dipartimento di Fisica Università Fax: +39 0984 49 31 87 Via Pietro Giuria, 1 I-10125 Torino Phone: +39 011 670 72 72 ECT* Villa Tambosi Fax: +39 011 669 95 79 Strade delle Tabarelle 286 I-38050 Villazzano (TN)

ge Phone: +39 0461 314 722 Istituto Nazionale di Fisica Nucleare pa Fax: +39 0461 314 747 Sezione di Trieste

ered c/o Dipartimento di Fisica Universit`a Via A. Valerio 2

numb I-34127 Trieste Phone: +39 040 676 33 67 odd- Fax: +39 040 676 33 50

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157 The Netherlands

Nikhef P.O. Box 41882 NL-1009 DB Amsterdam OR: Science Park 105 NL-1098 XG Amsterdam Contact person: Prof. Dr. F.L. Linde Phone: +31 20 592 50 01 Fax: +31 20 592 5155 E-Mail: [email protected]

Department of Physics and Astronomy, Faculty of Science Vrije Universiteit De Boelelaan 1081 NL-1081 HV Amsterdam Fax: +31 20 598 79 92 Contact person: Prof. Dr. P.J.G. Mulders Phone: +31 20 598 78 63 E-Mail: [email protected]

lu Kernfysisch Versneller Instituut

:B ur Zernikelaan 25 lo NL-9747 AA Groningen Co Fax: +31 50 63 40 03 Contact person: Prof. Dr. K. Jungmann Phone: +31 50 363 35 53 E-Mail: [email protected]

Department of Subatomic Physics University of Utrecht e Buys Ballot Laboratory ag Princetonplein 5 dp NL-3584 CC Utrecht re Fax +31 30 251 86 89

be Contact person:

-n Prof. Dr. Thomas Peitzmann Phone: +31 30 253 25 12 even E-Mail: [email protected]

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158 Norway

Department of Physics and Technology University of Bergen Allegt. 55 N-5007 Bergen Phone: +47 55 58 28 06 Fax: +47 55 58 94 40 E-mail: [email protected]

Department of Physics University of Oslo PO Box 1048 Blindern N-0316 Oslo Phone: +47 22 85 64 28 Fax: +47 22 85 64 22 E-Mail: [email protected]

Department of Chemistry University of Oslo PO Box 1033 Blindern N-0315 Oslo

e Phone: +47 22 85 54 46 lu Fax: +47 22 85 54 41

:B E-Mail: [email protected]

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159 Poland

AGH University of Science and Technology Faculty of Physics Faculty of Physics and Applied Computer Warsaw University of Technology Science Pl-00-662 Warszawa Reymonta 19 Koszykowa 75 Pl-30-059 Krak´ow Phone: +48 22 660 73 43 Phone: +48 12 617 29 53 Fax: +48 22 628 21 71 Fax: +48 12 634 00 10 Contact person: Contact person: Jan Pluta WojciechLuny E-Mail: [email protected] E-Mail: [email protected] http://www.ﬁzyka.pw.edu.pl http://www.ftj.agh.edu.pl Heavy Ion Laboratory Nicolaus Copernicus Astronomical Center Warsaw University Bartycka 18 Pasteura 5 A Pl-00-716 Warszawa Pl-02-093 Warszawa Phone: +48 22 329 61 39 Phone: +48 22 5546342 Fax: +48 22 841 00 46 Fax: +48 22 6592714 Contact person: Contact person: PawelHaensel Krzysztof Rusek E-Mail: [email protected] E-Mail: [email protected] http://www.camk.edu.pl http://www.slcj.uw.edu.pl

lu Insitute of Experimental Physics, Henryk Niewodniczanski

:B ur Faculty of Physics Institute of Nuclear Physics PAN lo Warsaw University Radzikowskiego 152 Co Ho˙za69 Pl-31-342 Krak´ow Pl-00-681 Warszawa Phone: +48 12 6628200 Phone: +48 22 5532000 Fax: +48 12 6628458 Fax: +48 22 6226154 Contact person: Contact person: Marek Jeabek Tomasz Matulewicz E-Mail: [email protected] E-Mail: [email protected] http://www.ifj.edu.pl http://ifd.fuw.edu.pl e Institute of Physics ag Department of Nuclear Physics and its Ap- University ofLodz dp plications Pomorska 147/149 re Institute of Physics Pl-90-236L´od´z

be University of Silesia Phone: +48 42 635 56 37

-n Uniwersytecka 4 Fax: +48 42 678 39 58 Pl-40-007 Katowice Contact person: even Phone: +48 32 359 18 88 J´ozefAndrzejewski Fax: +48 32 258 84 31 E-Mail: [email protected] Contact person:

ook Wiktor Zipper ndb E-Mail: [email protected]

160 Institute of Physics Department of Nuclear and Medical Physics Jagiellonian University Insitute of Physics, Univeristy of Szczecin Reymonta 4 Wielkopolska 15 Pl-30-059 Krak´ow 70 - 451 Szczecin Phone: +48 12 663 91 68 Phone: +48 91 4441227 Fax: +48 12 633 70 86 Fax: +48 91 4441226 Contact person: Contact person: Reinhard Kulessa Konrad Czerski E-Mail: [email protected] E-Mail: [email protected] http://www.ﬁz.univ.szczecin.pl/ Institute of Physics Maria Curie-Sklodowska University Institute for Theoretical Physics Radziszewskiego 10 University of Wroclaw Pl-20-031 Lublin pl. M. Borna 9 Phone: +48 81 537 61 68 50-204 Wroclaw Fax: +48 81 537 61 91 Phone: +48 71 375-9408 Contact person: fax: +48 71 3214454 Krzysztof Pomorski Contact person: E-Mail: [email protected] Krzysztof Redlich E-Mail: [email protected] http://www.ift.uni.wroc.pl Institute of Theoretical Physics Warsaw University Ho˙za69 Information on all Nuclear Physics Insti-

e lu Pl-00-681 Warszawa tutes in Poland can be obtained via Pol- Phone: +48 22 628 33 96 ish Nuclear Physics Network home pages:

:B ur Fax: +48 22 621 94 75 http://www.slcj.uw.edu.pl/pnpn lo Contact person: Co Wojciech Satu la E-Mail: [email protected]

National Centre for Nuclear Research Andrzeja So ltana7 05-400 Otwock, wierk Phone: +48 22 7180001 Fax: +48 22 7793481 Contact person: ge Grzegorz Wrochna

pa E-Mail: [email protected] http://www.ncbj.gov.pl

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161 Portugal

Departamento de F´ısica Universidade de Coimbra 3004-516 Coimbra Phone: +351 239 410 600 Fax: +351 239 829 158

Centro de F´ısicaNuclear Universidade de Lisboa Avenida Prof. Gama Pinto, 2 1649-003 Lisboa Phone: +351 217 904 741 Fax: +351 217 954 288

Instituto Tecnol´ogicoe Nuclear Estrada Nacional 10 P2686-953 Sacav´em Phone: +351 219 946 086 Fax: +351 219 941 525

Centro de F´ısicadas Interac¸c˜oes

lu Fundamentais Instituto Superior T´ecnico

ur Av. Rovisco Pais lo P1049-001 Lisboa Co Phone: +351 218 419 092 Fax: +351 218 419 143

Centro de F´ısicaTe˜oricade Part´ıculas Instituto Superior T´ecnico Avenida Rovisco Pais P1049-001 Lisboa Phone: +351 218 419 092

e +351 218 419 142 ag Fax: +351 218 419 143

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162 Spain

Departamento de F´ısica Departamento de F´ısicaAtom´ıca, Universidad de Extremadura Nuclear y AstroF´ısica E-06071 Badajoz Facultad de F´ısicas Phone: +34 924 28 95 26 Universidad Complutense de Madrid E-28040 Madrid Phone: +34 91 94 44 97 Departamento d’ Estructura y Constituents de la Materia Facultad de F´ısica Departamento de F´ısicaAtom´ıca Universidad de Barcelona y Nuclear Diagonal 647 Facultad de Ciencias E-08028 Barcelona Universidad de las Islas Baleares Phone: +34 93 402 11 Ctra. Valldemosa km 7.5 E-Palma de Mallorca Phone: +34 971 20 71 11 Servei de F´ısicade les Radiacions Ediﬁci C Universidad Aut´onomade Barcelona Departamento de F´ısicaNuclear E-08193 Barcelona Facultad de F´ısicas Phone: +34 93 581 16 55 Universidad de Salamanca E-Salamanca Phone: +34 923 21 82 09 Departamento de F´ısicaAtmica,

lu Molecular y Nuclear Facultad de Ciencias Departamento de Fsica Fundamental

ur Universidad de Granada Facultad de Ciencias lo E-18071 Granada Universidad de Salamanca Co Phone: +34 958 24 32 17 E-37007 Salamanca Phone: +34 923294434 / 923294798 Departamento de F´ısicaTe´orica Facultad de Ciencias Modulo 15 Departamento de Fisica de Particulas Universidad Aut´onomade Madrid Facultad de Fsica - Campus Sur Cantoblanco Universidad de Santiago de Compostela E-28049 Madrid E-15782 Santiago de Compostela Phone: +34 91 497 48 83 Phone: +34 981 56 31 00 / 881 81 39 84

pa Instituto de Estructura de la Materia, Departamento de F´ısicaAtom´ıca, C.S.I.C. Molecular y Nuclear ered Serrano, 123 Facultad de F´ısica-Apartado1065 E-28006 Madrid E-41080 Sevilla numb Phone: +34 91 590 16 14 Phone: +34 954 55 28 89

odd- C.I.E.M.A.T. Avenida Complutense 40

ook E-28040 Madrid ndb Phone: +34 91 346 60 00

163 Centro Nacional de Aceleradores Parque Tecnol´ogicoCartuja ’93 Avda. Thomas A. Edison s/n E-41092 Sevilla Phone: +34954460553 Fax: +34954460145 E-Mail: [email protected]

IFIC - Instituto de Fsica Corpuscular Ediﬁcio Institutos de Investigacin Apartado de Correos 22085 E-46071 Valencia Phone: +34 96 354 35 00 / 34 73

Departamento de F´ısicaTe´orica Falcultad de Ciencias F´ısicas.Burjassot E-46100 Valencia Phone: +34 96 35 44 349

Laboratorio de F´ısicaNuclear Facultad de Ciencias Universidad de Zaragoza e E-50009 Zaragoza

lu Phone: +34 976 35 56 09

ur lo Departamento de Fsica Aplicada Co Universidad de Huelva Av Fuerzas Armadas sn E-21071 Huelva Phone: +34-95 921 97 85 / 97 78

Secci dEnginyera Nuclear Departament de Fsica i Enginyeria Nuclear ETSEIB e Universitat Politcnica de Catalunya ag Av. Diagonal, 647, Pab. C dp E-08028 Barcelona (Spain)

be Phone: +34 93 401 77 93

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164 Sweden

Department of Fundamental Physics Royal Institute of Technology Chalmers University of Technology Department of Physics S-412 96 Göteborg Roslagsbacken 21 Phone: +46 31 772 32 60 SE-10691 Stockholm Fax: +46 31 772 32 69 Phone: +46 8 790 600 Fax: +46 8 5537 8216 Department of Nuclear Engineering Chalmers University of Technology Department of Physics S-412 96 Göteborg Stockholm University Phone: +46 31 772 30 80 Roslagsbacken 21 Fax: +46 31 772 30 79 SE-10691 Stockholm Phone: +46 8 5537 800 Fax: +46 8 5537 8601 Division of Cosmic and Subatomic Physics Department of Physics University of Lund Department of Physics and Astronomy Sölvegatan 14 Uppsala University S-223 62 Lund Box 516 Phone: +46 46 222 77 11 SE-75120 Uppsala Fax: +46 46 222 40 15 Phone: +46 18 471 5952 Fax: +46 18 471 5999 e Department of Physics

lu Pelletron Laboratory NORDITA

:B University of Lund Roslagstullsbacken 23

ur lo S¨olvegatan 14 SE-10691 Stockholm

Co S-223 62 Lund Phone: +46 8 5537 8444 Phone: +46 46 222 76 44 Fax: +46 8 5537 8404 Fax: +46 46 222 47 09 The Svedberg Laboratory MAX-Lab. University of Uppsala University of Lund Box 535 Ole R¨omersv¨ag1 S-751 21 Uppsala S-220 07 Lund Phone: +46 18 471 31 12 Phone: +46 46 222 76 36 Fax: +46 18 471 38 33

ge Fax: +46 46 222 47 09

ered Department of Mathematical Physics Lund Institute of Technology

numb Box 725 S-220 07 Lund odd- Phone: +46 46 222 90 85 Fax: +46 46 222 44 16

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165 Switzerland

Institut fürPhysik Paul Scherrer Institut (PSI) Abteilung Kernphysik Würenlingenand Villigen UniversitätBasel CH-5232 Villigen PSI Klingelbergstr. 82 Phone: +41 56 310 21 11 CH-4056 Basel Fax: +41 56 310 31 91 Phone: +41 61 267 36 87 Fax: +41 61 267 37 84 Labor fürIonenstrahlphysik ETH Zürich Albert Einstein Center Schafmattstrasse 20 for Fundamental Physics CH-8093 Zürich Sidlerstrasse 5 Phone: +44 633 65 07 CH-3012 Bern Fax: +44 633 10 67

Department of Physics Physik-Institut University of Fribourg UniversitätZürich Ch. du Musée3 Winterthurerstrasse 190 CH-1700 Fribourg CH-8057 Zürich Phone: +41 1 635 57 21 Fax: +41 1 635 57 04 CERN CH-1211 Genève 23 e Phone: +41 22 767 61 11

lu Fax: +41 22 767 87 60

ur lo ISOLDE Co CERN CH-1211 Gen`eve 23 Phone: +41 22 767 58 28 Fax: +41 22 767 89 90

University of Geneva Institute of Physics Départment Physique nucléaire e q. Ernest-Ansermet 24 ag CH-1205 Genève 4 dp Phone: +41 22 702 61 11

be Fax: +41 22 781 21 92

-n Laboratoire de physique des even hautes Energies´ 2 EPFL SB IPEP LPHE2 BSP 623 (Bˆatiment sciences physiques UNIL) ook CH-1015 Lausanne ndb Phone: +41 21 692 37 00

Ha Fax: +41 21 692 36 05

166 United Kingdom

Nuclear Physics Group Physics and Astronomy Department School of Physics & Astronomy University of Glasgow University of Birmingham Glasgow G12 8QQ Edgbaston Phone: +44 141 330 47 09 Birmingham B15 2TT Fax: +44 141 330 58 89 Phone: +44 121 414 46 81 Contact person: Fax: +44 121 414 47 19 D. Ireland Contact person: E-Mail: [email protected] M. Freer E-Mail: [email protected] Physics Division Department of Electronic Engineering School of Engineering & Science & Physics University of Brighton University of the West of Scotland Brighton BN2 4GJ Paisley PA1 2BE Phone: +44 12 73 64 25 36 Phone: +44 141 848 36 00 Fax: +44 12 73 64 23 01 Fax: +44 141 848 36 16 Contact person: Contact person: A. Bruce J.F. Smith E-Mail: [email protected] E-Mail: [email protected]

STFC e Rutherford Appleton Laboratory

lu Daresbury Laboratory Chilton Daresbury

:B Didcot Warrington WA4 4AD ur Oxfordshire OX11 0QX lo Phone: +44 19 25 60 33 07 Phone: +44 12 35 44 55 93 Co Fax: +44 19 25 60 31 73 Fax: +44 12 35 44 62 21 Contact person: Contact person: John Simpson John Simpson E-Mail: [email protected] E-Mail: [email protected]

Department of Physics & Astronomy University of Liverpool Edinburgh University Oliver Lodge Laboratory James Clerk Maxwell Building Oxford Street King’s Building Liverpool L69 7ZE ge Mayﬁeld Road

pa Phone: +44 151 794 33 70 Edinburgh EH9 3JZ Fax: +44 151 794 33 48 Phone: +44 131 650 52 83 ered Contact person: Fax: +44 131 650 70 03 P. J. Nolan Contact person: numb E-Mail: [email protected] P. J. Woods odd- E-Mail: [email protected]

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167 Department of Physics and Astronomy The University of Manchester Manchester M13 9PL Phone: +44 161 275 41 05 Fax: +44 161 275 55 09 Contact person: J. Billowes E-Mail: [email protected]

Department of Physics University of Surrey Guildford GU2 5XH Phone: +44 14 83 68 93 07 Fax: +44 14 83 25 70 03 Contact person: W. Catford E-Mail: [email protected]

Department of Physics University of York Heslington York YO10 5DD Phone: +44 19 04 43 22 17

e lu Fax: +44 19 04 43 22 14 Contact person:

:B ur B.R.Fulton lo E-Mail: [email protected]

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168 Contents

Introduction 5

European Science Foundation 6

Terms of Reference 7

Membership of NuPECC 10

Access to European Facilities 13 AARHUS ISA (Denmark) ...... 14 ASSERGI LNGS (Italy) ...... 16 ATHENS DEMOKRITOS (Greece) ...... 18 BONN ELSA (Germany) ...... 20 BORDEAUX-GRADIGNAN CEN (France) ...... 22

e BRAUNSCHWEIG PTB (Germany) ...... 24

lu BUCHAREST IFIN-HH (Romania) ...... 26

lo CAEN GANIL (France) ...... 28

Co CAEN SPIRAL2 (France) ...... 30 CASERTA CIRCE (Italy) ...... 32 CATANIA LNS (Italy) ...... 34 DARMSTADT FAIR (Germany) ...... 36 DARMSTADT GSI (Germany) ...... 38 DARMSTADT S-DALINAC (Germany) ...... 40

ge DEBRECEN ATOMKI (Hungary) ...... 42

pa DRESDEN HZDR (Germany) ...... 44 ered FIRENZE LABEC (Italy) ...... 46 numb FRANKFURT FRANZ (Germany) ...... 48

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169 FRASCATI LNF (Italy) ...... 50 GARCHING MLL (Germany) ...... 52 GARCHING FRM-II (Germany) ...... 54 GLASGOW SCAPA (United Kingdom) ...... 56 GEEL IRMM (Belgium) ...... 58 GENEVE CERN-ISOLDE (Switzerland) ...... 60 GENEVE CERN n TOF (Switzerland) ...... 62 GRENOBLE ILL (France) ...... 64 GRONINGEN KVI (Netherlands) ...... 66 HAMBURG DESY (Germany) ...... 68 JULICH¨ (Germany) ...... 70 JYVASKYL¨ A¨ (Finland) ...... 72 KOLN¨ (Germany) ...... 74 KRAKOW IFJ PAN (Poland) ...... 76 LEGNARO LNL (Italy) ...... 78 LEUVEN IMBL (Belgium) ...... 80

lu LJUBLJANA JSI (Slovenia) ...... 82

:B ur LONDON NPL (United Kingdom) ...... 84

Co LOUVAIN-LA-NEUVE (Belgium) ...... 86 LUND MAX IV (Sweden) ...... 88 MADRID CMAM (Spain) ...... 90 MAINZ MAMI (Germany) ...... 92 MOL SCK-CEN (Belgium) ...... 94 NAPOLI (Italy) ...... 96

ag ORSAY JANNuS (France) ...... 98 dp ORSAY TANDEM-ALTO (France) ...... 100

re be OSLO (Norway) ...... 102

-n PARIS AGLAE (France) ...... 104

even REˇ Zˇ near PRAGUE (Czech Republic) ...... 106 SACLAY JANNuS (France) ...... 108 ook SEVILLA CNA (Spain) ...... 110

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Ha SOFIA INRNE (Bulgaria) ...... 112

CC SURREY (United Kingdom) ...... 114

170 SZCZECIN (Poland) ...... 116 TRENTO ECT* (Italy) ...... 118 UPPSALA TSL (Sweden) ...... 120 VILLIGEN PSI (Switzerland) ...... 122 WARSZAWA (Poland) ...... 124 WIEN VERA (Austria) ...... 126 ZAGREB RBI (Croatia) ...... 128

How to Contact European Funding Agencies 131

How to Contact Nuclear Physics Institutes in Europe 139

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171