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Impact of abdominal compression on setup error and image matching during radical abdominal radiotherapy

Journal article

Chu K-Y. et al, (2019), Technical Innovations & Patient Support in Radiation Oncology, 12, 28 - 33

Water equivalent path length

Patent

VAN DEN HEUVEL F. and FIORINI F., (2019)

Response of FDG avid pelvic bone marrow to concurrent chemoradiation for anal cancer.

Journal article

Robinson M. et al, (2019), Radiother Oncol

Point/Counterpoint Live Debate: Modern Linacs Monitor Units Should Be Defined in Water at 10 Cm Depth Rather Than at DMAX

Conference paper

Van den Heuvel F. et al, (2019), MEDICAL PHYSICS, 46, E482 - E482

Characterizing Dosimetric Uncertainties to Tumour Volume and Organs at Risk in Rectal Cancer

Conference paper

Babatunde O. et al, (2019), RADIOTHERAPY AND ONCOLOGY, 133, S622 - S623

Photon vs proton therapy for reduction of cardiac toxicities in locally advanced lung cancer

Conference paper

Teoh S. et al, (2019), RADIOTHERAPY AND ONCOLOGY, 133, S1051 - S1051

In modern linacs monitor units should be defined in water at 10 cm depth rather than at dmax.

Journal article

Van den Heuvel F. et al, (2018), Med Phys, 45, 4789 - 4792

Interfraction Duodenal Dose-Surface Map Changes with and without Abdominal Compression

Conference paper

Witztum A. et al, (2018), INTERNATIONAL JOURNAL OF RADIATION ONCOLOGY BIOLOGY PHYSICS, 102, E560 - E560

Towards Individualizing Patient Selection in Proton Therapy for Lung Cancer Using the Model-Based Approach

Conference paper

Teoh S. et al, (2018), JOURNAL OF THORACIC ONCOLOGY, 13, S1027 - S1027

In modern linacs monitor units should be defined in water at 10 cm depth rather than at dmax

Journal article

Van Den Heuvel F. et al, (2018), Medical Physics, 45, 4789 - 4792

Inferring Water Equivalent Path Length in Transmission Proton Imaging From Two Dimensional Data

Conference paper

Van den Heuvel F. and Fiorini F., (2018), MEDICAL PHYSICS, 45, E440 - E440

In modern linacs monitor units should be defined in water at 10 cm depth rather than at dmax

Other

VAN DEN HEUVEL F. et al, (2018), Medical Physics, 45, 4789 - 4792

Using stable distributions to characterize proton pencil beams.

Journal article

Van den Heuvel F. et al, (2018), Med Phys, 45, 2278 - 2288

On the Propagation of Proton Pencil Beams in Various Media

Conference paper

Van den Heuvel F. et al, (2018), MEDICAL PHYSICS, 44

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