Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Design and Testing of a Rotating, Cooled Device for Extra-Corporal Treatment of Liver Cancer by BNCT in the Epithermal Neutron Beam at the HFR Petten
As part of the joint project on extra-corporal treatment of liver cancer by BNCT between JRC Petten and the University Hospital Essen, a facility has been designed and built to contain the liver during its irradiation treatment at the HFR Petten. The design consists of a rotating spheroid shaped PMMA holder, manufactured to open at the equator and closed by screwing together, surrounded by PMMA and graphite blocks. A validation exercise has been performed regarding both the nuclear conditions and the physical conditions. For the former, activation foil sets of Au, Cu and Mn, were irradiated at positions inside the liver holder filled with water, whilst a second measurement campaign has been performed using gel dosimetry. For the physical test, it is required to operate (rotate) the facility for up to 4 hours and to maintain the liver at approximately 4oC. The latter test was performed using “cold gun sprays” that inject cold air near the liver holder. Both the nuclear and physical validation tests were performed successfully. ; JRC.F.3-High Flux and Future Reactors
Design and Testing of a Rotating, Cooled Device for Extra-Corporal Treatment of Liver Cancer by BNCT in the Epithermal Neutron Beam at the HFR Petten
As part of the joint project on extra-corporal treatment of liver cancer by BNCT between JRC Petten and the University Hospital Essen, a facility has been designed and built to contain the liver during its irradiation treatment at the HFR Petten. The design consists of a rotating spheroid shaped PMMA holder, manufactured to open at the equator and closed by screwing together, surrounded by PMMA and graphite blocks. A validation exercise has been performed regarding both the nuclear conditions and the physical conditions. For the former, activation foil sets of Au, Cu and Mn, were irradiated at positions inside the liver holder filled with water, whilst a second measurement campaign has been performed using gel dosimetry. For the physical test, it is required to operate (rotate) the facility for up to 4 hours and to maintain the liver at approximately 4oC. The latter test was performed using “cold gun sprays” that inject cold air near the liver holder. Both the nuclear and physical validation tests were performed successfully. ; JRC.F.3-High Flux and Future Reactors
Design and Testing of a Rotating, Cooled Device for Extra-Corporal Treatment of Liver Cancer by BNCT in the Epithermal Neutron Beam at the HFR Petten
NIEVAART VICTOR ALEXANDER (Autor:in) / POTT LUCIEN (Autor:in) / WITTIG ANDREA (Autor:in) / SAUERWEIN WOLFGANG (Autor:in) / MOSS RAYMOND
06.11.2006
Sonstige
Elektronische Ressource
Englisch
DDC:
690
Reliability of SWAN at the Petten Sea Defence
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