romano advanced examples wk2015 - indico.fnal.gov
TRANSCRIPT
romano_advanced_examples_WK2015.pptINFN - Laboratori Nazionali del
Sud, Catania, Italy
2
Wide experimental coverage: • HEP (15%) • Space science/astrophysics (20%) • Medical physics and radiobiology (40%) • Detector technologies and others (25%)
Wide Geant4 coverage • Geometry features • Magnetic field • Physics (EM and hadronic) • Biological processes • Hits & Digits • Analysis • Visualisation, UI
Advanced examples are Users’ applications that simulate a specific experimental setup
Investigate, evaluate and demonstrate Geant4 capabilities in various experimental environments
Provide guidance to Geant4 users in realistic experimental applications
Provide connection between developers and users of GEANT4
3
19 members 21 examples (3 less than the last release)
Migration of all the example pages on CERN Twiki done at the end of 2014
http://geant4advancedexampleswg.wikispaces.com/
4
https://twiki.cern.ch/twiki/bin/view/Geant4/AdvancedExamples
ams_Ecal M.Maire Simulation of an Electromagnetic calorimeter
brachytherapy S.Guatelli Dosimetry for endocavitary, interstitial and superficial brachytherapy
composite_calori meter A.Dotti
ChargeExchange MC A. Radkov
Simulation of charge exchange real experiment performed at the Petesburg Nuclear Physics Institute (PNPI, Russia)
dnageometry C. Villagrasa Simplified geometrical model of the DNA molecule.
dnaphysics S, Incerti Simulation of a track structure in liquid water using the Geant4 DNA very low energy processes
eRosita M.G.Pia, et el. PIXE simulation with Geant4
gammaknife F. Romano A device for Stereotactic Radiosurgery with Co60 sources for treatment of cerebral diseases
gammaray_teles cope F.Longo
A simplified typical gamma-ray telescope (such as GLAST), with advanced description of the detector response
hadrontherapy G.A.P.Cirrone, F. Romano
Simulation of a transport beam line for proton and ion therapy
human_phantom S. Guatelli Internal dosimetry
Example Responsible Description Iort_therapy G.Russo Simulation of a IORT device
lAr_Calorimeter A.Dotti Simulation of the Forward Liquid Argon Calorimeter of the ATLAS Detector at LHC
medical_linac C.Andenna, et al. A typical LINAC accelerator for IMRT,
microbeam S.Incerti Simulation of a cellular irradiation microbeam line using a high resolution cellular phantom
microdosimetry S.Incerti Simulation of a track structure in liquid water using the Geant4 DNA very low energy processes
microelectronics M. Raine Simulation of tracks of few MeV protons in silicon
nanobeam S.Incerti Simulation of a nanobeam line facility
purging_magnet J.Apostolakis Electrons travelling through the magnetic field of a strong purging magnet in a radiotherapy treatment head
radioprotection S.Guatelli, J. Davis Microdosimetry with diamonds and silicum detectors for radioprotection in space missions
underground_phy sics A.Howard
A simplified typical dark matter detector (such as the Boulby Mine experiment)
xray_fluerescence A.Mantero Elemental composition of material samples through X- ray fluorescence spectra
xray_telescope G.Santin A simplified typical X-ray telescope (such as XMM- Newton or Chandra)
7
General maintenance and cleaning of obsolete methods Migration to g4tools and MT Bug fixes on:
• ChargeExchangeMC • Microelectronics • hadronterapy • Microbeam • radioprotection
Recent new developments: • Hadrontherapy • Human_phantom
8
• Simulation of the whole ELIMED (ELI-beamlines MEDical applications) beamline completed • Simulations of the beam transport systems carried out (quadrupoles and energy selector):
-Magnetic elements simulated and tested (geometry and field for tracking) -Grid map for magnetic fields implementation (benchmark with reference analytical
transport codes) -Simulation outputs compared with experimental data
• Simulation of the dosimetric system prototypes carried out -Faraday cup fully simulated (electric field implemented and tested)
Towards a general-purpose example on laser-driven beams…?
9
10
simula#on and the par##on model
Tumour Normal Whole
1 -3.60 30.07 -0.64
3 -7.03 -0.02 -2.74
4 -3.69 6.96 -1.13
5 -3.02 2.90 -1.64
6 -5.62 11.61 -1.29
7 -3.98 -0.17 -2.23
8 -3.82 31.43 -0.51
9 -7.01 -1.08 -3.20
10 -3.23 39.16 -0.39
11 -3.72 8.54 -1.29
12 -2.30 10.36 1.15
13 -3.69 4.61 -1.38
14 -5.43 31.67 -0.46
Work by: - S. Guatelli (CMRP, UOW) - A. Malaroda (CMRP, UOW) - N. Hashikin, C. H. Yeong (Department of Biomedical Imaging and University of Malaya Research Imaging Centre, Faculty of Medicine, Kuala Lumpur, Malaysia)
• Check of organ sizes and positions • Geometry bugs verification
• Dose verification in organs (Y-90) - Good agreement with partition model
(Ho et al, Eur J Nucl Med (1996))
• Towards extension to nuclear medicine
Slide by S. Guatelli
12
microelectronics
• 80% of examples migrated • few of the remaining have to be migrated
13
14
15
-Migration of examples to Geant4-MT and G4tools
-Upgrade of human_phantom (extension to nuclear medicine) (in progress)
-Validation and implementation in hadrontherapy of the LTE/RBE modelling derived by experimental measurements (data on RBE for pristine and SOBP protons acquired)
16
17
2
Wide experimental coverage: • HEP (15%) • Space science/astrophysics (20%) • Medical physics and radiobiology (40%) • Detector technologies and others (25%)
Wide Geant4 coverage • Geometry features • Magnetic field • Physics (EM and hadronic) • Biological processes • Hits & Digits • Analysis • Visualisation, UI
Advanced examples are Users’ applications that simulate a specific experimental setup
Investigate, evaluate and demonstrate Geant4 capabilities in various experimental environments
Provide guidance to Geant4 users in realistic experimental applications
Provide connection between developers and users of GEANT4
3
19 members 21 examples (3 less than the last release)
Migration of all the example pages on CERN Twiki done at the end of 2014
http://geant4advancedexampleswg.wikispaces.com/
4
https://twiki.cern.ch/twiki/bin/view/Geant4/AdvancedExamples
ams_Ecal M.Maire Simulation of an Electromagnetic calorimeter
brachytherapy S.Guatelli Dosimetry for endocavitary, interstitial and superficial brachytherapy
composite_calori meter A.Dotti
ChargeExchange MC A. Radkov
Simulation of charge exchange real experiment performed at the Petesburg Nuclear Physics Institute (PNPI, Russia)
dnageometry C. Villagrasa Simplified geometrical model of the DNA molecule.
dnaphysics S, Incerti Simulation of a track structure in liquid water using the Geant4 DNA very low energy processes
eRosita M.G.Pia, et el. PIXE simulation with Geant4
gammaknife F. Romano A device for Stereotactic Radiosurgery with Co60 sources for treatment of cerebral diseases
gammaray_teles cope F.Longo
A simplified typical gamma-ray telescope (such as GLAST), with advanced description of the detector response
hadrontherapy G.A.P.Cirrone, F. Romano
Simulation of a transport beam line for proton and ion therapy
human_phantom S. Guatelli Internal dosimetry
Example Responsible Description Iort_therapy G.Russo Simulation of a IORT device
lAr_Calorimeter A.Dotti Simulation of the Forward Liquid Argon Calorimeter of the ATLAS Detector at LHC
medical_linac C.Andenna, et al. A typical LINAC accelerator for IMRT,
microbeam S.Incerti Simulation of a cellular irradiation microbeam line using a high resolution cellular phantom
microdosimetry S.Incerti Simulation of a track structure in liquid water using the Geant4 DNA very low energy processes
microelectronics M. Raine Simulation of tracks of few MeV protons in silicon
nanobeam S.Incerti Simulation of a nanobeam line facility
purging_magnet J.Apostolakis Electrons travelling through the magnetic field of a strong purging magnet in a radiotherapy treatment head
radioprotection S.Guatelli, J. Davis Microdosimetry with diamonds and silicum detectors for radioprotection in space missions
underground_phy sics A.Howard
A simplified typical dark matter detector (such as the Boulby Mine experiment)
xray_fluerescence A.Mantero Elemental composition of material samples through X- ray fluorescence spectra
xray_telescope G.Santin A simplified typical X-ray telescope (such as XMM- Newton or Chandra)
7
General maintenance and cleaning of obsolete methods Migration to g4tools and MT Bug fixes on:
• ChargeExchangeMC • Microelectronics • hadronterapy • Microbeam • radioprotection
Recent new developments: • Hadrontherapy • Human_phantom
8
• Simulation of the whole ELIMED (ELI-beamlines MEDical applications) beamline completed • Simulations of the beam transport systems carried out (quadrupoles and energy selector):
-Magnetic elements simulated and tested (geometry and field for tracking) -Grid map for magnetic fields implementation (benchmark with reference analytical
transport codes) -Simulation outputs compared with experimental data
• Simulation of the dosimetric system prototypes carried out -Faraday cup fully simulated (electric field implemented and tested)
Towards a general-purpose example on laser-driven beams…?
9
10
simula#on and the par##on model
Tumour Normal Whole
1 -3.60 30.07 -0.64
3 -7.03 -0.02 -2.74
4 -3.69 6.96 -1.13
5 -3.02 2.90 -1.64
6 -5.62 11.61 -1.29
7 -3.98 -0.17 -2.23
8 -3.82 31.43 -0.51
9 -7.01 -1.08 -3.20
10 -3.23 39.16 -0.39
11 -3.72 8.54 -1.29
12 -2.30 10.36 1.15
13 -3.69 4.61 -1.38
14 -5.43 31.67 -0.46
Work by: - S. Guatelli (CMRP, UOW) - A. Malaroda (CMRP, UOW) - N. Hashikin, C. H. Yeong (Department of Biomedical Imaging and University of Malaya Research Imaging Centre, Faculty of Medicine, Kuala Lumpur, Malaysia)
• Check of organ sizes and positions • Geometry bugs verification
• Dose verification in organs (Y-90) - Good agreement with partition model
(Ho et al, Eur J Nucl Med (1996))
• Towards extension to nuclear medicine
Slide by S. Guatelli
12
microelectronics
• 80% of examples migrated • few of the remaining have to be migrated
13
14
15
-Migration of examples to Geant4-MT and G4tools
-Upgrade of human_phantom (extension to nuclear medicine) (in progress)
-Validation and implementation in hadrontherapy of the LTE/RBE modelling derived by experimental measurements (data on RBE for pristine and SOBP protons acquired)
16
17