LEIF – Report 7 (European
network HPRI-CT-1999-40012) Low
Energy Ion Beam Facilities 2. Annual LEIF-network meeting 12.-17. September 2001 Fodele Beach Hotel Heraklion, Crete
Report
on the
2.
Annual
meeting
of the
Infrastructure co-operation network
LEIF
‘Low Energy Ion beam Facilities’
HPRI-CT-1999-40012
Content :
I)
Organizers comments
II)
Progress reports on the LEIF-projects (L1-L6)
III)
Other activities
IV)
Annex
Programme
of the meeting
Poster
presentations
List of participants
Agenda
(NMB-meeting)
I)
Organisers comments
This
report summarises the activities and the subjects that were discussed during
the 2. Annual meeting of the network LEIF, organised by the Foundation of
Research and Technologies Hellas-Heraklion and held from the 12th to
the 17th of September 2001 in Fodele Beach on Crete. In contrast to
the first annual 2-days meeting in Potsdam, this LEIF-conference lasted for 6
days, as in addition to the ‘normal’ network programme workshops and courses
have been organised. Thus, the first 2 days have been devoted to a presentation
of the software package LABVIEW, a system that has been chosen by LEIF as a
standard system for experimental control and data transfer (project L3). We appreciated very much that a large number
of our colleagues (40 participants, including a large fraction from the local
institution) took the chance to participate in this course that offered not
only a theoretical instruction but also a practical training in this
programming language. Furthermore, two separate workshops were organised
covering on the one hand the field of ‘ion deceleration and beam control’
(project L6) and on the other side different aspects of efficient particle
detection (project L4). Both workshops were very informative as they showed the
newest developments in these fields and allowed for comparisons of different
methods that have been applied in different laboratories (for example different techniques of decelerating ion
beams to eV-energies).
It is encouraging that the number of participants increased from 60 to about 75 persons. In particular we appreciated the large fraction of younger scientists (age <~ 35 years), who represented about half of the participants. Unfortunately, some of our colleagues could not participate in this conference due to the events of the 11th of September, but we hope to welcome them the next time.
We would like to thank all colleagues for their help in making this meeting a lively and interesting one, held in a very enjoyable surrounding which allowed for many individual discussions late into the night.
Heraklion, November 2001 T.J.M. Zouros
Grenoble, November 2001 B.A. Huber
The main objectives of this project concern the development and the maintenance of the LEIF- homepage, the creation of a newsletter as well as of other forms of distributing information.
Progress has been made on several web pages linked to the central LEIF-homepage. However, some of the proposed pages are still empty and will need a special effort in developing. This concerns those pages that present a special apparatus, ion beam specifications, standardised protocols or facilities. In the case of ion beam characterisation new data will only be included when they have been measured with the standardised LEIF Faraday cup system.
Several articles and contributions, which describe the progress in instrumentation, important activities or outstanding scientific results, have been collected and will be put together in the first issue of the LEIF-newsletter. The volume is expected to appear on the web at the end of 2001.
Project L2:
Management and quality
The development of a beam time application form is a first step towards a centralised beam time distribution. This form is available on the LEIF-homepage and has already been tested by several users in describing their projects (presented at the poster session in Heraklion). In addition a flow chart has been proposed which defines the rules for a possible future centralised beam time organisation. Actually a model is discussed where the different infrastructures provide a LEIF-committee with a certain percentage of their total beam time for distribution. The other part of the beam time will be distributed by the local organisation or the local committees. In a pilot project, MSL has demanded from its advisory committee 8 weeks of beam time in 2002 for LEIF-users. This beam time can be requested upon demand from a small-size LEIF-committee (co-ordinator and 2 outside scientists).
A second objective concerns the application of quality standards to the LEIF activities, in particular the LEIF projects. In order to intensify these efforts a quality club has been initiated which includes the persons who are in charge of the different projects. A first meeting of the quality club – open to the whole community – was organised in Heraklion. The following agreement has been obtained:
- In order to improve the internal communication it has been agreed that e-mail messages should be answered rapidly, with a maximum delay of 1 week. In general a date of response should be fixed in the mail (a quality rule will be established).
-
A quality plan and the corresponding rules should be
defined for the different LEIF-projects. A first version should be delivered
before the 15th of November by the persons in charge for the
different projects.
-
As an example, an elaborated quality flow chart and
the content of the next quality meeting will be communicated by H. Lebius.
The main objective concerns the possible remote participation of
different research teams in an experiment that is performed at one of the
infrastructures. A fast and efficient data access system as well as the remote
control of ion sources are declared aims. The participant should have direct
access to the status of the machine, of the control room in general as well as
to the raw data. These goals require a
standardisation of the acquisition and data control systems.
Similar schemes of ‘remote user participation’ exist for example at the
Joint European Torus (JET) in Culham and the technical aspects of this
operational system will be analysed in more detail for possible applications in
our network. At present, the software package Labview has been chosen as the
LEIF-standard and a 2-day course on this language was given during the 2nd
annual meeting in Heraklion. This instruction has been appreciated by many
LEIF-scientists (~40 participants). Actually, the individual experiences with
Labview and the advantages and disadvantages are discussed.
The main objectives of this
project concern the transfer of detector know-how, an inventory of
state-of-the-art detectors and an optimised development of future detectors and
common tools.
A major activity has been
the evaluation of a detector questionnaire and the maintenance and
actualisation of the detector web page. In addition to the information about
various types of detectors many links to other sources and industry have been
included. Actually, the question of including ion traps on this web page is
discussed, as ion traps may require specific detection systems depending on the
trap geometry.
During the Heraklion meeting
a workshop on detectors was organised, where scientists from inside and outside
the network as well as from industry presented the most recent developments in
the detector field. The presentation included systems such as channelplate detectors, multi-anode systems,
extended crossed wire anodes, CCD-cameras, Dali-type detectors and detectors
for measuring electron statistics. The given information will be summarised in
a detector report.
Within this project two
conferences have been organised in 2001. The first one, which was held in
Giessen, concerned the working horse of
ion sources for low-energy accelerators,
the so-called ECR-ion sources, the second one, held in Aarhus, dealt with ion
sources in general, in particular those for producing more complex ions. In
both cases experts from the field of ion source development participated in the
meetings. The presentations are documented in the LEIF-reports 5 and 6, which
have been widely distributed and which are still available upon request by the
organisers.
Within this project several
collaborations have been initiated with the aim to develop similar types of ion
sources, for example all-permanent magnet ECR ion sources, or to follow new
concepts like that of the proposed micro-plasma source, which is expected to
create also cold molecular ions. In general, the aspect of controlling and
changing the internal energy of complex ions (clusters, biomolecules,
fullerenes,...) is an important part of the future activities in this project.
Several test experiments are planned for 2002.
An essential objective of
this project is the production of ion beams at very low kinetic energies, which
means eV energies and lower. Particularly for highly charged ions this
objective promises to open up new fields that may result in a large variety of
important applications. Therefore, a large part of the workshop ‘Production,
handling and characterisation of low-energy ion beams’, which was organised in
Heraklion, has been devoted to this subject. Different approaches and
techniques to arrive at this energy regime have been compared and showed very
positive perspectives. These techniques included different electrostatic
deceleration methods, the use of octopole guides as well as the use of ion
traps in different forms.
The progress that has been
made in preparing electronically ‘clean’ ion beams, either of ions in their
electronic ground state or in a specific metastable excited state, has been
discussed as well. The proposed methods are based on the double translational
energy spectroscopy technique or on the application of traps and storage rings.
A seminar on the physics of
very low energy ions and the corresponding techniques has been proposed for the
period 2002.
NMB-meeting
The
meeting of the network management board (NMB) took place on the first evening.
The points of discussion are listed in the annex d. General information on the
LEIF-network as well as aspects concerning the creation of a distributed
facility were discussed. In this context a list of the actual users of the LEIF
infrastructures has been established showing that about 100 scientists are
using the LEIF- installations. The list will be completed by potential users.
Furthermore,
the creation of a quality referential, the role of the initiated quality
club,
and aspects of the beam time
distribution were the subject of discussion. During a test phase, a small
committee consisting of 3 scientists (Prof. J. Ullrich (MPI - Heidelberg),
Prof. H. Winter (Humboldt Universität Berlin) and the LEIF-coordinator) has
been proposed to judge centralised beam time demands.
Concerning
the 3rd Annual meeting in 2002 two possibilities were discussed: to
organise this meeting in Caen just before the HCI at the end of August, or to
hold a separate meeting in Innsbruck at the beginning of July. Due to the fact
that many conferences will take place in the period from August to September,
the second proposition seems to be more favourable.
Posters and oral talks
Numerous
user projects were presented either orally (17 talks) or in the form of posters
during the evening session (34 posters). These presentations are a proof of the
exciting physics which is performed at the LEIF infrastructures, either in
collisions of ions with ions, with atoms, molecules, clusters, surfaces and
capillaries, or linked to the development of high performance instrumentation.
As was already ‘usus’ in the first annual meeting several experts have been invited who presented in stimulating talks the actual research in fields close to the terrain of ion collisions. These subjects concerned either the physics of clusters in strong fields or their manipulation in traps, or the production of ions in plasmas due to laser-surface interactions. Further themes which interest at present many scientists of our community concern the radiation damage to the DNA, precision mass measurements with the aim to test QED theory, or the actual performance and possibilities of EBIT devices.
The
two workshops that were organised during the last day of the meeting gave us an
excellent opportunity to learn about the latest developments in the field of
multi-coincidence detectors and the techniques to handle and create low energy
ion beams. Due to the invited experts a rather complete overview on both
subjects could be obtained.
During
this meeting no specific activity of the young scientist forum was organised.
However, it has been proposed that during the next annual meeting a separate
session should be organised by our ‘young colleagues’ where in short oral
contributions each one should present an actual project.
Annex
a) Programme of the meeting
b) Poster presentation
c) List of participants
d) Ordre du jour (NMB-meeting)
www.leif-network.org
11.9.
– 18. 9. 2001, Fodele Beach Hotel, Crete, Greece
LEIF-projects : LP1 : Information policy
LP2 : Management and quality
LP3 : On-line access
LP4 : Multicoincidence detectors LP5 : Ion beam production
LP6 :
Beam control and deceleration
Tuesday, 11.9. Arrival (for
LABVIEW-participants)
1900 Dinner
2030 Registration (desk at snack bar)
Wednesday, 12.9. - LP 3
830 Bus
leaves in front of reception for Labview course
900 - 1300 Labview course (Physics Dept. Univ. of
Crete)
1300 Lunch
(Physics Dept. Univ. of Crete)
1400- 1800 Labview course (Physics Dept.
Univ. of Crete)
1830 Bus leaves in front of Physics Dept. for
Fodele Beach Hotel
1900 Dinner
(Fodele Beach Hotel)
830 Bus
leaves in front of reception for Labview course
900 - 1300 Labview course (Physics Dept. Univ. of
Crete)
1300 Lunch
(Physics Dept. Univ. of Crete)
1400- 1800 Labview course (Physics Dept.
Univ. of Crete)
1830 Bus leaves in front of Physics Dept. for
Fodele Beach Hotel
1900 Dinner
(Fodele Beach Hotel)
afternoon Arrival of network participants
2100 Meeting of the Network Management
Board (NMB)
Friday, 14.9. – LP1, LP 2
900 Welcome
and general information
T.J.M. Zouros / B.A.
Huber
(chair : T.J.M. Zouros)
Electron-ion and ion-ion experiments with
crossed beams E.
Salzborn (Univ. Giessen)
Preliminary measurements of state selective R.W.
McCullough (QUB-Belfast)
electron capture by N5+ ions in atomic and
molecular hydrogen below 1
keV/amu
Hot recoils from cold atoms R. Morgenstern (KVI-Groningen)
Dynamics of molecular ions in strong laser fields G. Johnston
(QUB-Belfast)
1040 Coffee
(chair : J. Greenwood)
Fragmentation of H2 following
collisions of slow O5+ ions F. Fremont (CIRIL, Caen)
Multiple ionisation and fragmentation of small molecules U. Werner (U. Bielefeld) under impact of multiply charged ions
Multi-capture and fragmentation mechanisms involving
J. Bernard (LASIM, Lyon)
highly charged fullerenes
Accelerators and storage rings and their application P. Hvelplund
(IFA-Aarhus)
to biomolecules and clusters
1300 Lunch
(chair : J. Ullrich)
Ion scattering through capillaries in a PET polymer N. Stolterfoht
(HMI-Berlin)
Hollow atom production at evaporated alkali metal surfaces B. Sulik (ATOMKI, Debrecen)
A new form of potential sputtering by highly charged ions F. Aumayr (TU-Wien)
Correlation between secondary electrons and secondary P. Roncin (LCAM-Orsay)
ions after slow HCI-impact on insulators
Interaction of suprathermal HCIs with insulators and J.P. Briand (ERIS-Paris)
semiconductors
Scattering and X-rays for HCI interacting with surfaces R. Schuch (Stockholm University)
1700 Coffee
(chair : R. Trassl)
Status of the 14.5 GHz all-permanent magnet E.
Galutschek (TU-Wien)
ECR-MCI source
Upgrading the control system for an electron beam F. Österdahl (MSL-Stockholm)
ion source
Labview control of
an ECR ion source J. Bundesmann (HMI-Berlin)
1900 Dinner
2030 Poster session (in main lecture room)
Saturday, 15.9.
MCI – related subjects (LP1 / LP2)
(chair :
F. Aumayr)
900 Clusters in strong
fields : fs-lasers and HCIs - a comparison
J.M. Rost (MPI-PKS, Dresden)
930 Multiply charged ions in plasmas
produced in the interaction
of intense lasers with
surfaces
C. Chenais-Popovics (LULI, Palaiseau)
1000 Manipulation of complex ions in
traps
L.
Schweikhard (Universität Greifswald)
1030 Coffee
(chair :
P. Hvelplund)
1100 Enhancement of DNA break by
monochromatic photons and protons C. Le
Sech (LCAM, Orsay)
1130 The role of atomic binding
energies and QED effects in weighing
highly charged ions E. Lindroth (Stockholm University)
1200 The Heidelberg EBIT :
first results and future perspectives (LP5)
J. Ullrich
(MPI-Heidelberg)
1300 Lunch
LEIF-project related subjects (chair :
HP. Winter)
1500 Network perspectives in Europe
(LP 1, LP2)
D. Pasini
(EC, Brussels)
1530 Quality approach for LEIF (LP2)
A. Muret / H. Lebius (CEA-Saclay / Grenoble)
(cancelled due to the events of the 11th
of September) 1600 Coffee
(chair :
B. Huber)
1630-1800 LP 1 : Information policy T.J.M. Zouros
LP 2 : Management and Quality H. Lebius
LP 4 : Multi-coincidence detectors H. O. Lutz
LP 5 : Ion beam production P.
Hvelplund
LP 6 : Beam diagnostics and
deceleration R. Morgenstern
1900 Dinner
2100 Meeting
‘Quality-Club’ (H. Lebius)
Sunday, 16.9.
- Excursion to the Samaria Gorge (from hotel 600
– 2100)
-
Visit of the Knossos Palace (from hotel 1600- 2000)
Workshop
on : ‘Production, handling and characterisation
of low-energy
ion beams’ (LP
6 ; organizer : R. Morgenstern)
Beam guiding
techniques :
900 RF beam guiding
D. Gerlich (Univ. Chemnitz)
940 Experience with RF guiding of
HCIs
Z. Juhasz (KVI-Groningen)
1000 Coffee
Production of slow ion beams :
1030 Beam deceleration by
electrostatic lenses at AIM
H. Lebius (CEA-Grenoble)
1050 Beam deceleration system
V. Hoffmann
(HMI-Berlin)
1110 ‘Last-minute’ deceleration
G. Giardino (ERIS-Paris)
Beam purification :
1130 Double translational energy
spectroscopy DTES
R.W.
McCullough (QUB-Belfast)
1150 Cone trap
H. Cederquist (Stockholm University)
Workshop
on
‘Multiparticle detectors’ (LP 4, organizer : H.O. Lutz)
15:00 Introduction H.O. Lutz (University of Bielefeld
(UBI), Germany)
15:10-16:40
"Multiple hit read-out of microchannel
plate detectors with a three-layer
delay-line anode"
O. Jagutzki (RoentDek, Frankfurt, Germany)
"A new approach to multiparticle
three-dimensional imaging"
D. Zajfman (Weizmann Institute of
Science, Rehovot, Israel)
(cancelled due to the events of the 11th
of September)
"Efficiency measurement of ions using a
multianode detector"
S. Martin (University Lyon1, France)
16:40-17:00 Coffee Break
17:00-18:45 Status
Reports (10’ to 15’):
"Applications of and experiences with
the Frankfurt delay-line detector"
H. Bräuning (Justus Liebig
Universität Giessen (JLU), Germany)
"Application of crossed-wire detectors
to multifragmentation studies"
U. Werner (University of Bielefeld
(UBI), Germany)
P. Rakitzis
(University of Crete, Greece)
"Highly efficient particle detection
applying a Daly detector operated at
high voltages"
W. Schustereder (Leopold Franzens
Universität Innsbruck (LFU), Austria)
"Coincident measurement of projectile
energy loss and electron emission for
slow ion-surface impact (multiparameter ADC detection
system)"
H. Stoeckl (Technische Universität
Wien (TUW), Austria)
"Random event reduction in p-He Recoil
Ion Momentum detection"
H. Cederquist (Stockholm
University, Stockholm, Sweden)
Discussion,
Summary
1900 Dinner
b)
Poster presentations
Poster session
(Friday, 14.9.01 – 2030)
1)
L. Maunoury et al (CIRIL)
The LIMBE-facility
2)
HP. Winter, F. Aumayr et al
(TU-Wien)
AFM-studies of nano-defects on insulator
surfaces produced by slow ion impact
3)
E. Galutschek et al (TU-Wien)
Surface modification by slow highly charged
ions
5)
S. Martin, Li Chen, R. Bredy, J. Bernard, J. Dededquelles (LASIM,
Lyon) :
Light charged fragments (Cm+,
m=1-6) emitted from C60r+ (r=6-9) ions produced in Xe30+-
C60 collisions
6) R. Bredy, J. Bernard, M.C. Buchet-Paulizac, S. Martin, L. Chen, J. Desesquelles (LASIM, Lyon) :
Projectile final charge distribution
in solid like slow collisions of Ar16+, Kr16+ and Xe16+
with C60
7)
B. Siegmann, U. Werner, I. Küster, N.M. Kabachnik, H.O. Lutz, H.
Lebius, B.A. Huber,
and R. Mann (Uni. Bielefeld) :
Collision induced fragmentation of diatomic
molecules
in an energy range
from keV to GeV
8) U. Werner, B. Siegmann, I. Küster, N.M.
Kabachnik, H.O.Lutz, and R. Mann
(Uni.
Bielefeld) :
Complete Coulomb
fragmentation of CO2 in collisions with 5.9 MeV/u Xe17+
and Xe43+
ions
9) S. Della-Negra, B.A. Huber
et al (IPN-Orsay) :
HCI collisions with mass-selected cluster
ions
10) D. Duft, H. Lebius, B.A.
Huber, T. Leisner, C. Guet, and L. Wöste (CEA-Grenoble) : Stability of charged, oscillating micro
droplets
11)
U. Pedersen et al (ISA, Aarhus) :
Quantum optics with trapped ions
12)
P. Staanum et al (IFA, Aarhus)
New developments at the Aarhus EBIS storage
ring programm
13)
P. Hvelplund et al (IFA, Aarhus)
Biomolecules and clusters in an electrostatic
storage ring
14) D.M.Kearns, D.R. Gillen, S. Srigengan, R.W. McCullough, H.B. Gilbody and J.B. Greenwood (QUB-Belfast) :
Studies of state-selective electron capture
processes relevant to cometary gases
15) D.M.Kearns, D.R. Gillen, S. Srigengan, R.W. McCullough and H.B. Gilbody (QUB-Belfast) :
Preliminary measurements of state selective electron capture by N5+ ions in atomic and molecular hydrogen below 1 keV/amu
16) G. Collins and J.B.
Greenwood (QUB-Belfast) :
Negative ion beam currents from a portable
sputter ion source
17) F.J. Currell, B.E. O’ Rourke and R.W.
McCullough (QUB-Belfast) :
18) H. Bräuning, A .
Diehl, A. Theiss, R. Trassl, and E. Salzborn (Univ. Giessen) :
Charge transfer and molecular fragmentation
in ion-ion collisions
19) F. Scheuermann, K. Aichele, W. Arnold, M. Westermann, D. Hathiramani, R. Trassl, and E. Salzborn (Univ. Giessen):
Multiple ionisation of ions by electron impact
20) O. Tüske, S. Daveau, G.
Giardino and J.P. Briand (ERIS-Paris) :
21) S. Daveau, J.P. Briand,
L.P. Ratcliffe, E. Takács, H. Tawaka, and J.D. Gillaspy
(ERIS-Paris) :
Highly charged Kr ions on various surfaces
22)
J. Jensen et al (MSL-Stockholm) :
Fragmentation in HCI-C60 collisions
23)
H. Zettergren et al (Stockholm University) :
Charge exchange between multiply charged
spherical clusters
24)
H. Cederquist et al (Stockholm University) :
The conetrap device
25)
A.Fardi et al (Stockholm University) :
Transfer ionisation in fast p-He collisions
26) T.J.M. Zouros et al
(FRT-Heraklion) :
PC-based fast
position-sensitive delay-line detection technology for high count-rate
high-resolution measurements using a
hemispherical electron spectrometer at
zero-degrees
27) W. Schustereder, A. Qayyum, C. Mair, P. Scheier, An. Göhlich, Z. Herman, W. Hess and T.D. Märk (U. Innsbruck) :
Interaction of H2+,
H3+, D2+ and D3+
with a stainless steel and a graphite surface
28) I.M.G. Johnston, I.D. Williams, P. McKenna, W.A. Bryan, A.A.A. El-Zein,
T.R.J. Goodworth, R.W. Newell, P.F. Taday and A.J.Langley (QUB-Belfast) :
High intensity
femtosecond laser interactions with HD+ and H2+
29) I.M.G. Johnston , I.D. Williams, P. McKenna, A.A.A. El-Zein, W.A.
Bryan,
T.R.J. Goodworth, W.R. Newell, P.F. Taday and
A.J. Langley (QUB-Belfast) :
30) O. Hadjar, J. de Vries, R. Hoekstra, R. Morgenstern, T. Schlathoelter, W. Tappe,
R. Flesch and E. Ruehl (KVI-Groningen) :
31) D. Winters, S. Marini, T. Schlathoelter,
R. Morgenstern and R. Hoekstra
(KVI-Groningen) :
Interaction of slow HCIs with a spin
polarized GaAs surface
32) J.W. Turkstra, R. Hoekstra, S. Knoop, D.
Meyer, R. Morgenstern and R.E. Olson
(KVI-Groningen) :
Recoil momentum spectroscopy of HCI collisions
on laser-cooled Na
33) Z. Juhasz, G. Lubinski, R. Morgenstern
and R. Hoekstra (KVI-Groningen) :
Line emission from HCI-neutral collisions as
a diagnostics tool for astrophysics
34) J. Anton, D.
Fry, E. Lindroth, S. Madzunkov and R. Schuch (Stockholm University) :
Evidence for core
excitation in single electron capture
35) H. Hanafy, M. Björkhage, S. Leontin, E. Lindroth, Z.D. Pesic, G. Vikor, J. Weimer
and R. Schuch (Stockholm University) :
Absorption method
for measuring the relaxation of hollow atoms at surfaces
36) J. Anton, J.H. Bremer, H. Hanafy, V.
Hoffman, Z.D. Pesic, R. Schuch, N. Stolterhoft
and G. Vikor (Stockholm University) :
Energy loss and neutralization in large angle
scattering of highly charged Ar ions from a Au[111] surface
37)
N. Stolterfoht, J.H. Bremer, V.
Hoffmann, D. Fink, A. Petrov, and B. Sulik
(HMI-Berlin) :
Ion scattering through nano-capillaries
38)
LEIF-contractors :
LEIF activities and perspectives
c)
List of participants
and e-mail addresses
Giannis Androulakis
Fritz Aumayr
Gregoris Beis
Jerome Bernard
Harald Bräuning Jean Pierre Briand Jürgen Bundesmann Henrik Cederquist Claude Chenais-Popovics Austria 5 Belgium 1 Denmark 3 France 15 Germany 16 Greece 14 Hungary 1 Israel 1 Netherlands 4 Sweden 5 United Kingdom 7 Total : 72 Remark : Due to the
events of the 11th of
September several persons could not participate in this meeting. 1
General
LEIF-information Annual report Scientific and financial evaluation Next money transfer Documentation ‘CE-brochure’ 6. Framework programme for Community R&D 2
LEIF as a distributed large scale
facility List of user groups / activation of new groups Links to other communities Beam time availability Beam time application form BT-Committee 3
Quality Actual practice Quality club
(session) Meeting in Paris 4
Activities in 2002 Ion beam techniques in
Paris (March 2002) (Briand, Morgenstern) 3. Annual Meeting
in Innsbruck (Scheier, Märk) Ateliers on well
defined subjects ? 5
Newsletter Prepared
articles Organisation 6
Information on Heraklion meeting Invitations /
expenses Programme Progress reports Workshops 7.
Miscellaneous d) Agenda
(NMB-meeting in Heraklion - 13.9.2001 – 21h)