Transcript Polish Nuclear Physics Network

Polish Nuclear Physics
Network
Jerzy Jastrzębski
ECFA in Warsaw
February 25, 2005
POLISH NUCLEAR PHYSICS NETWORK
Historical reminder
2001-2002
VI FWP discussed by FINUPHY (R. B.) and NuPECC (J. J.)
Question arises: how Poland could be present in the nuclear physics
part of this program more than it was in the V FWP?
VI FWP – Integrated Infrastrcture Initiatives and Design Studies
Letter of JJ (march 02) to Jean Vervier (cc NuPECC) concerning the
participation of Poland and other Eastern Countries in the I3NS
Suggestions after NuPECC discussions:
Poland can enter to I3NS as a whole, forming Polish Nuclear
Physics Network.
7.06.2002
Meeting of representatives of 12 Polish Nuclear
Physics units at HIL
- Decision to create PNPN
- Two coordinators elected:
RB for contacts with I3NS
JJ for internal organization
- Sugestion to contact Czech Rep., Hungary,
Slovakia
Contacts with Rež, Debrecen and Bratislava
March 2003
Positive reply
24.03.2003
Second meeting at HIL
-
OK for preparation and signature of the Network
Agreement
I3 HP appears
PNPN represents nuclear structure and hadron
physics
25.04.2003
Network Agreement signed (by mails) by directors
of 13 Polish Nuclear Physics units.
9.12.2003
PNPN recognized and supported by Ministry of
Science and Informatization
7. Heavy Ion Laboratory
Warsaw University
Warszawa
8. Institute of Nuclear Physics PAN
Kraków
9. Institute of Physics
University of Łódź
Łódź
10. Institute of Physics
Jagiellonian University
Kraków
11. Institute of Theoretical Physics
Warsaw University
Warszawa
12. Marie Curie- Sklodowska University
Lublin
13. The Andrzej Soltan Institute for Nuclear Studies
Świerk/Warszawa
NuPECC information to ESF (PESC)
Jan. 2001 (prepared 1998)
NuPECC information to ESF (PESC)
Jan. 2001 (prepared 1998)
NuPECC information to ESF (PESC)
Jan. 2001 (prepared 1998)
Local experimental facilities
Warsaw - Heavy Ion Cyclotron
Kraków - Light Particle Cyclotron
Kraków - Micro – Beam Facility
Kraków – Atomic Force Microscopy
Warsaw – VdG electrostatic accelerator
Świerk - Proton Cyclotron
Warsaw – PET Radiopharmaceuticals Production Centre
(in construction)
Świerk - Production of medical electron linear accelerators
Heavy Ion Laboratory
– Warsaw University
Beam on target
3164
3500
2938
3000
2311
hours
2500
2044
1908
2000
1500
1029
1000
500
0
1999
2000
2001
2002
2003
2004
year
Users in 2004 (75)
16
14
Number
12
10
8
6
4
N. react.
Coulomb ex.
IGISOL
GDR
Ge
multidetec.
0
Biology
2
Fusion
Dubna type k=160 machine
10 GHz (home made) ECR
Ions from B to Ar
2 – 10 AMeV energy
Beam time in 2004
for experiments
Experimental hall of HIL
EXPERIMENTAL HALL
600
500
hours
400
300
200
100
CYCLOTRON
0
5m
10 m
equip. test
detect.
equip. Tests e-
N. Reactions
Clb. Ex.
Atomic phys.
IGISOL
GDR
Development
CONTROL
ROOM
Ge multidet.
0
Fusion
USERS HALL
Cyclotron AIC-144
in Institute of Nuclear Physics Polish Academy of Sciences
New experimental hall
Old experimental hall
Chamber of the
AIC144 cyclotron
Mk1 level
Mk2 vertical
Stand for izotopes
production
Bending
magnet M3
Quadrupole
lens
Melanoma proton
radiotheraphy hall
Beam chatter
Quadrupo lelens
Stand for
experimental works
Stand
for tumors
therapy by means
of neutron beams
Bending
magnet M2
Bending
magnet M1
Part of the
AIC144 cyclotron vault
The scheme of the transport of the cyclotron beams
View of the cyclotron
IFJ microprobe applications
in geology and life sciences
Rocks dating by the U-Th-Pb determination in monazites
Microparticles elemental analysis
Mapping of skin exposed to Ti
nanoparticles ( NANODERM )
SIH setup
Single ion hit (SIH) and the bystander effect (CELLION –6 FP)
Elemental mapping of cellular structures
cell directly affected
bystander
intact
Adhesion and single bond force
Atomic Force Microscopy
single bond force
F= 860 pN
Cell stiffness as an indicator of cell transformation
Force histograms before...
Erythrocytes
Bladder cells
Healthy persons
Control cells
HCV29
10
Hu609
...and after inhibition of
binding sites
12,9
T24 1
Hospitalized
Hu456 0,5
Cancer cells
non-specific
interaction
BC3726 1,5
0
5
10
15
Young’s modulus [kPa]
20
Warsaw – Van de Graaff electrostatic accelerator
Świerk near Warsaw – 30 MeV proton cyclotron
Warsaw Consortium for PET Collaboration
Radiopharmaceuticals Production Center - HIL
PET Diagnostic Centers
Research Units
Main Large Scale Facilities used by Polish
experimental teams
AGOR
Groningen
ATLAS
Argonne
CERN
Grenoble
COSY
Juelich
DESY
Hambourg
GANIL
Caen
GRAN SASSO
Italy
GSI
Darmstadt
IRES
Strasbourg
JINR
Dubna
K 5OO
Texas A+M
LEGNARO
Padova
LNS
Catania
ORNL
Oak Ridge
RHIC
Brookhaven
SINQ
Villingen
Polish NP participation in FWP VI
www.slcj.uw.edu.pl/pnpn