Progress of the Proton-Ion Medical Machine Study (PIMMS) Philip J. BryantL. BadanoP. Knaus Accelerator and Medical Physics Pages: 1 - 4
Treatment planning for conformal stereotactic radiotherapy Peter KneschaurekSibylle StärkAnca -Ligia Grosu Accelerator and Medical Physics Pages: 8 - 9
The NAC proton treatment planning system Andries N. SchreuderDan T. L. JonesMichael Lee Accelerator and Medical Physics Pages: 10 - 12
Treatment planning for light ions: How to take into account Relative Biological Effectivness (RBE) Oliver JäkelJürgen DebusGerhard Kraft Accelerator and Medical Physics Pages: 12 - 14
Treatment planning for the heavy-ion facility at GSI Oliver JäkelMichael KrämerGerhard Kraft Accelerator and Medical Physics Pages: 15 - 17
Initial experience of using an active beam delivery technique at PSI Eros PedroniTerence BöhringerBarbara Schaffner Accelerator and Medical Physics Pages: 18 - 20
The GSI Cancer Therapy Project Hartmut EickhoffThomas HabererJürgen Debus Accelerator and Medical Physics Pages: 21 - 24
Oblique gantry — An alternative for heavy-ion cancer therapy Márius Pavlovic Accelerator and Medical Physics Pages: 24 - 26
Nuclear data for radiotherapy: Presentation of a new ICRU report and IAEA initiatives Mark B. ChadwickDan T. L. JonesJeffrey V. Siebers Accelerator and Medical Physics Pages: 26 - 29
Status report of the NAC particle therapy programme Dan T. L. JonesA. Nicolaas SchreuderGerd Schmitt Accelerator and Medical Physics Pages: 30 - 32
The application of PET to quality assurance of heavy-ion tumor therapy Wolfgang EnghardtJürgen DebusJörg Pawelke Accelerator and Medical Physics Pages: 33 - 36
Quality assurance at the heavy-ion therapy facility at GSI Peter HeegGünther HartmannGerhard Kraft Accelerator and Medical Physics Pages: 36 - 38
RBE, reference RBE and clinical RBE: Applications of these concepts in hadron therapy André Wambersie Radiobiology Pages: 39 - 43
Risk assessment for cancer induction after low- and high-LET therapeutic irradiation Hilde EngelsHans G. MenzelAndré Wambersie Radiobiology Pages: 47 - 51
Oxygen tension in transplanted mouse osteosarcomas during fractionated high-LET-and Low-LET radiotherapy — Predictive aspects for choosing beam quality? Thomas AubergerBernd ThürrieglMichael Molls Radiobiology Pages: 52 - 56
Proton therapy for tumors of the skull base John E. MunzenriderNorbert J. Liebsch Clinical Aspects of Hadron Therapy Pages: 57 - 63
The role of high-LET radiotherapy compared to conformal photon radiotherapy in adenoid cystic carcinoma Jürgen DebusRita Engenhart-CabillicMichael Wannenmacher Clinical Aspects of Hadron Therapy Pages: 63 - 65
Results of fast neutron therapy of adenoid cystic carcinoma of the salivary glands Richard PötterFranz -Josef ProttNorman Willich Clinical Aspects of Hadron Therapy Pages: 65 - 68
Proton therapy for uveal melanomas and other eye lesions John E. Munzenrider Clinical Aspects of Hadron Therapy Pages: 68 - 73
Fractionated stereotactic radiotherapy with linear accelerator for uveal melanoma — Preliminary vienna results Martin ZehetmayerKarin DieckmannRichard Pötter Clinical Aspects of Hadron Therapy Pages: 74 - 75
Treatment results of fast neutron irradiation in soft tissue sarcomas Franz-Josef ProttOliver MickeNormann Willich Clinical Aspects of Hadron Therapy Pages: 76 - 78
Three dimensional conformal neutron radiotherapy for prostate cancer Paul J. ChubaRichard MaughanJeffrey D. Forman Clinical Aspects of Hadron Therapy Pages: 79 - 81
Conformal proton beam therapy of prostate cancer — update on the loma linda university medical center experience Carl J. Rossi Clinical Aspects of Hadron Therapy Pages: 82 - 84
Three dimensional conformal photon radiotherapy at a moderate dose level of 66 Gy for prostate carcinoma: Early results Stefan WachterNatascha GerstnerRichard Pötter Clinical Aspects of Hadron Therapy Pages: 84 - 86
Prostate preservation by combined external beam and HDR brachytherapy in nodal negative prostate cancer György KovácsRazvan GalalaeBernhard Kimming Clinical Aspects of Hadron Therapy Pages: 87 - 88
Proton radiation therapy for pediatric malignancies: Status report Eugen B. HugJerry D. Slater Clinical Aspects of Hadron Therapy Pages: 89 - 91
Proton beam therapy (PT) in the management of CNS tumors in childhood Jean-Louis HabrandHamid MammarJean -Michel Zucker Clinical Aspects of Hadron Therapy Pages: 91 - 94
Cancer epidemiology and patient recruitment for hadron therapy Hilde EngelsAndré Wambersie Epidemiology and Socio-Economical Aspects Pages: 95 - 99
Costs of standard and conformal photon radiotherapy in Austria Gerda HohenbergFelix Sedlmayer Epidemiology and Socio-Economical Aspects Pages: 99 - 101
Some factors influencing the cost of a hospital based proton therapy centre Pascal CohilisYves Jongen Epidemiology and Socio-Economical Aspects Pages: 102 - 104
The cost-effectiveness of mixed beam neutron-photon radiation therapy in the treatment of adenocarcinoma of the prostate Richard L. MaughanBridget BrambsJeffrey D. Forman Epidemiology and Socio-Economical Aspects Pages: 104 - 107
Organisation and management of the first clinical trial of BNCT in Europe (EORTC Protocol 11961) Wolfgang SauerweinRay MossEORTC BNCT Study Group BNCT-Workshop Pages: 108 - 111
Postoperative treatment of glioblastoma with BNCT at the Petten irradiation facility (EORTC Protocol 11961) Katalin HideghétyWolfgang SauerweinMartin de Vries BNCT-Workshop Pages: 111 - 114
Dosimetry of the boron neutron capture reaction for BNCT and BNCEFNT Jay BurmeisterChandrasekhar KotaRichard L. Maughan BNCT-Workshop Pages: 115 - 118
New drugs for BNCT: An experimental approach Lothar WeissflochMichael BremerMichael Molls BNCT-Workshop Pages: 118 - 120
A challenge for high-precision radiation therapy: The case for photons Reinhard A. Gahbauer Conclusion of the Meeting Pages: 121 - 122
A challenge for high-precision radiation therapy: The case for hadrons André WambersieThomas AubergerRichard Pötter Conclusion of the Meeting Pages: 122 - 128
