Measurement Profiles of Nanoscale Ion Beam for Optimized Radiation Energy Losses - Atomic Nanoscale Technology in the Nuclear Industry - page 83

dose.equivalent.can.be.determined.based.on.the.injection.ion.energy.and.the.
human.organ.in.question..For.future.work,.it.will.be.necessary.to.broaden.
and. latten. the. Bragg. peak. using. an. accelerator,. which. is. called. the. high.
acute.organ-dependent.radiation.therapy.(HAODRT).system..Furthermore,.
a.4-dimensional.system.is.under.study,.which.is.a.3-dimensional.dynamics.
system.. This. work. is. based. on. the. relationship. of. energy. and. organ. study.
results.where.dynamic.4-dimensional.simulation.is.utilized.
References
AAPM. (American. Association. of. Physicists. in. Medicine).. 1986.. Protocol. for. heavy.
charged-particle.therapy.beam.dosimetry..Task.Group.No..20,.Physics.Radiation.
Therapy.Committee,.AAPM.Report.No..16.
Andrew,.S.,.and.S..Herman..2004..Commentary:.The.centenary.of.the.discovery.of.the.
Bragg.peak.. Radiol. Oncol. .73:265-268.
Brown,.K..L.,.and.G..W..Tautfest..1956..Faraday-cup.monitors.for.high.energy.electron.
beams.. Rev. Sci. Instrum. 27:696-702.
Cukier,.D.,.and.V..McCullough..2001.. Coping with radiation therapy: A ray of hope ..Los.
Angeles,.CA:.Lowell.House.
Fukumura,.A.,.Y..Noda,.K..Omata,.et.al..1998..Simple.range.measurement.of.thera-
peutic.ion.beams.using.visible.rays.generated.in.a.bare.plastic.scintillator.block..
Nucl. Instr. and Meth. A 416:148.
Fuminori,. S.. 2001.. Progress. of. heavy. ion. therapy,. http://villaolmo.mib.infn.it/
Manuscripts/3_medical_applications/Fuminori_Soga.pdf
Heidelberg. Ion-Beam. Therapy. Center. (HIT). brochure.. 2007.. Heidelberg.. Germany..
http://www.klinikum.uni-heidelberg.de/fileadmin/medienzentrum/
Vorlagen/downloads/Arbeitsproben/070316HIT_BR_SS_Broschuere_engl.pdf
Iseki,.Y.,.H..Mizuno,.Y..Futami,.et.al..2003..Positron.camera.for.range.veriication.of.
heavy-ion.radiotherapy.. Nucl. Instr. and Meth. A 515:840.
Ji,. L.,. B.. Shen,. X.. Zhang,. et. al.. 2008.. Generating. monoenergetic. heavy-ion. bunches.
with.laser-induced.electrostatic.shocks.. Phys. Rev. Lett. .101:164802.
Kanai,.T.,.Y..Furusawa,.K..Fukutsu,.et.al..1997..Irradiation.of.mixed.beam.and.design.of.
spread-out.Bragg.peak.for.heavy-ion.radiotherapy.. Radiation Research 147:78-85.
Krauth,. W.. 2006.. Statistical mechanics: Algorithms and computations ,. 231-232.. Oxford,.
UK:.Oxford.University.Press.
Loncol,. T.,. V.. Cosgrove,. J.. Denis,. et. al.. 1997.. Radiobiological. effectiveness. of. radia-
tion.beams.with.broad.LET.spectra:.Microdosimetric.analysis.using.biological.
weighting.functions.. Radiat. Protect. Dosim. 52:347-352.
Rebisz-Pomorska,. M.,. M.. Ciobanu,. M.. Kis,. et. al.. 2010.. Diamond. detectors. for. the.
monitoring.of.carbon-ion.therapy.beams.. Nucl. Instr. and Meth. A 620:534.
Rubach,. A.,. and. H.. Bichsel.. 1982a.. Neutron. dosimetry. with. spherical. ionization.
chambers. I.. Theory. of. the. dose. conversion. factors. r. and. Wn.. Phys. Med. Biol.
27:893-904.
Rubach,. A.,. and. H.. Bichsel.. 1982b.. Neutron. dosimetry. with. spherical. ionization.
chambers.III..Calculated.results.of.tissue-equivalent.chambers. Phys. Med. Biol. .
27:1231-1243.