workshops on “ instrumentation for diagnostics and control of
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Workshops on “ Instrumentation for Diagnostics and Control of Laser-accelerated Proton (Ion) Beams “. Paul R. Bolton, Quantum Beam Science Directorate, Kansai Photon Science Institute, Japan Atomic Energy Agency. Instrumentation development: - PowerPoint PPT PresentationTRANSCRIPT
Paul R. Bolton,Quantum Beam Science Directorate,
Kansai Photon Science Institute,Japan Atomic Energy Agency
Workshops on “ Instrumentation for Diagnostics and Control of Laser-accelerated Proton (Ion) Beams “
Instrumentation development:
physical foundation for our lofty goals - establishes what we know experimentally and why we believe it
companion development for new science & technology, complex machines & facilities (XFEL example)
still significant issues in Ion Beam Radiotherapy (IBRT) – eg. World Congress 2012 in Beijing:Medical Physics and Biomedical Engineering
Instrumentation development:
physical foundation for our lofty goals - establishes what we know experimentally and why we believe it
companion development for new science & technology, complex machines & facilities (XFEL example)
still significant issues in Ion Beam Radiotherapy (IBRT) – eg. World Congress 2012 in Beijing:Medical Physics and Biomedical Engineering
for laser-driven particle accelerator system: goal is ‘accelerator quality’
laser as an integrated component - source, diagnostics, controls
verify machine design
monitor & optimize performance
Instrumentation development:
physical foundation for our lofty goals - establishes what we know experimentally and why we believe it
companion development for new science & technology, complex machines & facilities (XFEL example)
still significant issues in Ion Beam Radiotherapy (IBRT) – eg. World Congress 2012 in Beijing:Medical Physics and Biomedical Engineering
for laser-driven particle accelerator system: goal is ‘accelerator quality’
laser as an integrated component - source, diagnostics, controls
verify machine design
monitor & optimize performance
ideally noninvasive, online, prompt readout (at rep-rate),robust, single bunch/shot resolutions
correlate single laser pulse parameters with target state and single bunch parameters (at a rep-rate)
otherapplications:
medicalapplications:-radiobiology (cellular)-tissue irradiation-dosimetry-imaging/radiography-beam delivery
laser/plasma-centric
accelerator-centric
applications
Integrated Laser-driven Ion Accelerator System = ILDIAS (about accelerator quality)
ILDIAS
ILDIAS concept distinguishes beam transport from application-specific delivery …
otherapplications:
medicalapplications:-radiobiology (cellular)-tissue irradiation-dosimetry-imaging/radiography-beam delivery
laser/plasma-centric
accelerator-centric
applications
Integrated Laser-driven Ion Accelerator System = ILDIAS (about accelerator quality)
lasersystems:-highest peak power(single shot)-rep-rated systems
laser-plasmastudies:-laser pulse and target parameters-scaling
ILDIAS
ILDIAS concept distinguishes beam transport from application-specific delivery …
otherapplications:
medicalapplications:-radiobiology (cellular)-tissue irradiation-dosimetry-imaging/radiography-beam delivery
laser/plasma-centric
accelerator-centric
applications
Integrated Laser-driven Ion Accelerator System = ILDIAS (about accelerator quality)
lasersystems:-highest peak power(single shot)-rep-rated systems
laser-plasmastudies:-laser pulse and target parameters-scaling
transport optics:-collection-collimation-injection-beamline R&D-post-accel. structures
ILDIAS
ILDIAS concept distinguishes beam transport from application-specific delivery …
otherapplications:
medicalapplications:-radiobiology (cellular)-tissue irradiation-dosimetry-imaging/radiography-beam delivery
laser/plasma-centric
accelerator-centric
applications
Integrated Laser-driven Ion Accelerator System = ILDIAS (about accelerator quality)
lasersystems:-highest peak power(single shot)-rep-rated systems
laser-plasmastudies:-laser pulse and target parameters-scaling
instrumentation:-diagnostics (ion bunch, laser, laser-plasma, target state, correlations…)-calibrations-controls
transport optics:-collection-collimation-injection-beamline R&D-post-accel. structures
targetry:-conditioning-motion & positioning-diagnostics
ILDIAS
ILDIAS concept distinguishes beam transport from application-specific delivery …
“ Instrumentation for Diagnostics and Control of Laser-accelerated Proton (Ion) Beams: First Workshop”
Cosener’s House in Abingdon, UK ; August 9 &10, 2010
Back Row: Stuart Green, Martin Tolley, Markus Roth, Alessandro Flacco, Dario Giove, Paul Mckenna, Sargis Ter-Avetisyan, Sabine Reinhardt, Vincent Floquet, Carlo DeMartinis
Front Row: Julien Fuchs, Nick Dover, James Green, Ceri Brenner, Paul Bolton, David Neely, Rajendra Prasad, Ulrich Schramm, Giorgio Turchetti
First Workshop in 2010 was a good start
Diagnostics with Post-processing - RCF and Image Plates: diagnostic features, limitations, post-processing, dynamic range, calibration, imaging spectroscopy (spatial and spectral resolutions), dosimetry
Prompt, inline Diagnostics (rep-rated) – scintillators , CCD’s, MCP’s: diagnostic features, calibration, limitations
First Workshop in 2010 was a good start
Diagnostics with Post-processing - RCF and Image Plates: diagnostic features, limitations, post-processing, dynamic range, calibration, imaging spectroscopy (spatial and spectral resolutions), dosimetry
Prompt, inline Diagnostics (rep-rated) – scintillators , CCD’s, MCP’s: diagnostic features, calibration, limitations
Spectrometry – Thomson: design and detection features, multi-pinhole technique comparison with RCF (imaging spectroscopy)
Correlated Plasma Diagnostics – TASRI (time and space resolved interferomtry with chirped probes) electron density and temperature (hot and cold)
First Workshop in 2010 was a good start
Diagnostics with Post-processing - RCF and Image Plates: diagnostic features, limitations, post-processing, dynamic range, calibration, imaging spectroscopy (spatial and spectral resolutions), dosimetry
Prompt, inline Diagnostics (rep-rated) – scintillators , CCD’s, MCP’s: diagnostic features, calibration, limitations
Spectrometry – Thomson: design and detection features, multi-pinhole technique comparison with RCF (imaging spectroscopy)
Correlated Plasma Diagnostics – TASRI (time and space resolved interferomtry with chirped probes) electron density and temperature (hot and cold)
Nuclear Activation: imaging spectroscopy (stack detection (eg. 63Cu (p,n) 63Zn ) nuclear pyrometry (single foil detection) features/application of autonomous PET
(micro)Targetry: integrate fabrication and metrology for state & positioning (rep-rate issues) diverse approaches, adaptability, standards requirements
First Workshop in 2010 was a good start
PROMETHEUS program – LILIA experiment with FLAME laser (Frascati) and laser-injection
LIGHT @ GSI – Laser Ion Generation, Handling and Transport (injector project)
Instrumentation-Targetry at LIBRA (RAL/STFC) – Synergies for Laser-driven Systems and Applications
“Opportunities and Challenges Arising from Laser-driven Particle Therapy” (Oxford)
“Dose-dependent Biological Damage of Tumor Cells by Laser-accelerated Proton Beams” (FZD)
Diagnostics at UH100 Facility (CEA/SPAM/PHI)
Facilities, Programs and Applications…..
First Workshop in 2010 was a good start
PROMETHEUS program – LILIA experiment with FLAME laser (Frascati) and laser-injection
LIGHT @ GSI – Laser Ion Generation, Handling and Transport (injector project)
Instrumentation-Targetry at LIBRA (RAL/STFC) – Synergies for Laser-driven Systems and Applications
“Opportunities and Challenges Arising from Laser-driven Particle Therapy” (Oxford)
“Dose-dependent Biological Damage of Tumor Cells by Laser-accelerated Proton Beams” (FZD)
Diagnostics at UH100 Facility (CEA/SPAM/PHI)
Facilities, Programs and Applications…..
manuscript draft is in progress based on this material presented at the First Workshop
Second Workshop Program indicates an appropriate continuation of this focus and healthy exchange…
- consider publishing additional new material based on this workshop
- consider website for workshop presentation slides and shared information (similar to suggestions from the Abingdon meeting)
we begin with a Special Thanks to Julien for Hosting the Second Workshop
Third Instrumentation Workshop in 2014 will be hosted by Markus Roth in Darmstadt (TUD)
Second Workshop Program indicates an appropriate continuation of this focus and healthy exchange…
- consider publishing additional new material based on this workshop
- consider website for workshop presentation slides and shared information (similar to suggestions from the Abingdon meeting)