Advances in hadrontherapy : proceedings of the International Week on Hadrontherapy, European Scientific Institute, Archamps, France, 20-24 November 1995 and of the Second International Symposium on Hadrontherapy, PSI, and CERN, Switzerland, 9-13 September 1996
著者
書誌事項
Advances in hadrontherapy : proceedings of the International Week on Hadrontherapy, European Scientific Institute, Archamps, France, 20-24 November 1995 and of the Second International Symposium on Hadrontherapy, PSI, and CERN, Switzerland, 9-13 September 1996
（International congress series, no. 1144）
Elsevier, 1997
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
This book offers the reader a complete view of the general field of tumor therapy using hadrons, both neutral and charged.
目次
Foreword to the Second International Symposium on Hadrontherapy (R.R. Wilson). Cancer and hadrons: a scientific, socioeconomic and ethical outlook. Molecular and cellular responses to radiotherapy (J. Yarnold). Hadrontherapy - do we need it? (H.D. Kogelnik). Basis for interest in proton beam radiation therapy (H.D. Suit, M. Krengli).What kind of radiobiology ahould be done at the hadrontherapy centr? (G. Kraft et al. ). Cost-benefit considerations of hadrontherapy (G. Gademann). Clinical trials and ethical issues in cancer research (J. Bernier, D. Lacombe, F. Meunier). Clinical experience. Clinical programs: a review of past and existing hadron protocols (J.R. Castro). Clinical experience with proton beam therapy at MGH, MEEI and HCL: skull base sarcoma and uveal melanoma (M. Krengli, J.E. Munzenrider, H.D. Suit). Clinical experience with proton beam therapy at MGH and HCL: proton radiation oncology group trials (H.D. Suit, M. Krengli, J.E. Munzenrider). Palatal salivary gland tumours treated with neutron therapy: should the bite block be built up to reduce the air gap? (C. Stannard et al. ). Treatment precision with proton beams: clinical experience and potential new indications (R. Miralbell). Accelerators and facilities. Accelerations for hadrontherapy (P. Mandrillon). Overview of technical and operational essentials for a hadrontherapy facility (J.M. Slater et al. ). Hyogo Hadrontherapy Center Project (A. Itano et al. ). The Tera Foundation and its projects in oncological hadrontherapy (U. Amaldi, S. Rossi). The TOP-LINAC for the protontherapy project of the Italian National Institute of Health (ISS) (S. Frullani et al. ). The AUSTRON project: in-depth study of the clinical aspect of AUSTRON (M. Regler, Th. Auberger). New proton facility at the National Cancer Center Hospital East: Kashiwa project (S. Murayama et al ). The technology of hadrontherapy: the context within which technical choices are made (M. Goitein). The quality control program for the NAC neutron therapy facility (A.N. Schreuder, D.T.L. Jones, J.E. Symons). Techniques of hadrontherapy. Patient assessment, treatment planning and dose delivery (A. Lomax, M. Goitein). Three years' experience with the NAC proton therapy patient positioning system (A.N. Schreuder et al. ). Design approach for the highly accurate patient positioning system for NPTC (J.B. Flanz et al. ). real-time tracking of tumor positions for precision irradiation (S. Kirsch et al. ). Simple range-measurement method using visible scintillation light (A. Fukumura et al. ). New methods for patient alignment (G. Baroni et al. ). A small ionization chamber for dose distribution measurement in a clinical proton beam (A.N. Schreuder, D.T.L. Jones, A. Kiefer). Routine three-dimensional dosimetry of hadron beams (R. Cirio et al. ). VLSI electronics as readout for hadron dosimeters (G.C. Bonazolla et al. ).
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