No. |
Author
|
Title |
| A1 |
Go Kagiya
|
Induction
of human heme oxygenase-1 gene by x-ray and proton beams
|
| A2 |
Christian
P. Karger |
Radiation
tolerance of the rat spinal cord after single and fractionated
doses of photons and carbon ions |
| A3 |
Hong
Zhang |
Chromosomal
aberrations induced by 12C 6+ heavy ion irradiation in mouse
immature oocytes |
| B1 |
Chris
Allgower |
Preliminary
Report on First Gantry Commissioning at MPRI with a Wobbled
Proton Beam. |
| B2 |
Michel
Closset |
Verification
of the Proton Treatment Planning Sysstem at the Wanjie Proton
Therapy Center WPTC |
| C1 |
Dan
Fry |
A
Comparison of Three Monte Carlo Tools for Proton Radiotherapy:
SRIM, PTRAN, and GEANT 4.7.0 |
| C2 |
Valery
Kostjuchenko |
Dosimetric
Properties of GAFChromic EBT film in Proton Beams |
| C3 |
Melina
Loubser |
A
case study to illustrate distal end beam shaping technique with
a single 200 MeV Proton spread-out bragg peak beam |
| C4 |
Naruhiro
Matsufuji |
A
simple model to descripe spatial fragment distribution from
pancil-like heavy-ion beams in a thick medium |
| C5 |
Dieter
Schardt |
Experimental
fragmentation studies with 12C therapy beams |
| C6 |
Oksana
Geithner |
Calculation
of correction factors for heavy ion dosimetry |
| D1 |
Markus
Fitzek |
Multi-modality
imaging of uveal melanomas using combined PET/CT and high-resolution
PET und MRI for potentially modified p-therapy regimens |
| D2 |
Reiko
Imai |
Carbon
ion radiotherapy for patients age under 20 with unresectable
high grade bone sarcomas of the trunk |
| D3 |
Yevgeniy
Luchin |
Proton
three-dimensional radiation therapy of skull-base menigiomas
and chordomas: Treatment technique and preliminary results. |
| D4 |
Robert
Miller |
Patterns
of failure for recurrent rectal cancer - implications for charged
particle therapy |
| D5 |
Maria
Tseitlyna |
Proton
RS of AVM |
| E1 |
Ludwig
Bogner |
Comparative
inverse MC treatment planning of H&N, lung and prostate
cancer with protons versus photons |
| E2 |
George
Coutrakon |
Optimizing
Importance Factors in Proton Tx Planning |
| E3 |
H. Koyama-Ito |
Incorporating
organ motion uncertainties into carbon ion treatment planning |
| E4 |
Su-wen
Liu |
Comparison
between proton and X-ray in the treatment planning of patient
with medulloblastoma |
| E5 |
Sima
Qamhiyeh |
The
effect of HU uncertainty on calculated Carbon ion range |
| F1 |
Thomas
Canon |
IBA
Projects Status |
| F2 |
Yury
Gavrikov |
Proton
therapy facility at Petersburg Nuclear Physics Institute |
| F3 |
Yuji
Matsubara |
Activity
for medical instruments at SHI |
| G1 |
Steven
Avery |
Analytical
Neutron Shielding Calculations |
| G2 |
Jürgen
Heese |
Detector
developments and measurements for a scanning proton beam facility |
| G3 |
Masao
Murakami |
Necessity
of laser-accelerated proton beam radiotherapy from the point
of view of experiences in a synchrotron accelerator facility |
| G4 |
Hugo
Schär |
Mechatronical
System in the Treatment Room |
| G5 |
Sergey
Shvidkij |
Automated
proton beam energy degrader |
| G6 |
Yoshihisa
Takada |
Conceptual
design of a double-scattering system using a multiple-ring second
scatterer for improving efficiency of beam use |
| G7 |
Mutsumi
Tashiro |
Quantitative
evaluation technique for 3D lung motion using antomical feature
tracking |
| G8 |
Shunsuke
Yonai |
Experimental
study on the beam characteristics using an amplitude modulation
wobbler system for heavy-ion radiotherapy |
