Purpose: To report on significant dose enhancement effects caused by magnetic fields
aligned parallel to 6 MV photon beam radiotherapy of small lung tumors. Findings are …

Strong transverse magnetic fields can produce large dose enhancements and reductions in
localized regions of a patient under irradiation by a photon beam. We have developed a …

Strong transverse magnetic fields can produce very large dose enhancements and
reductions in localized regions of a patient under irradiation by a photon beam. We have …

The problem of underdosing lesions adjacent to upper respiratory cavities and a proposal to
correct it are presented in this work. The EGS4 Monte Carlo code was used to simulate a 6 …

Strong transverse magnetic fields can produce very large dose enhancements and
reductions in localized regions of a patient under irradiation by a photon beam. Through …

Litzenberg, D. et al.,“Experimental apparatus to measure the effects of strong longitudinal
magnetic fields on photon and electron radiotherapy beams.” Submitted to Phys. Med. Bio …

High-Z nanoparticles (NP) as radio-sensitization agents provide the feasibility of dose
localization within the tumor in radiotherapy. Dose enhancement of NPs in the presence of a …

Effects of Magnetic Field on Dose Deposition from the Photon Radiation Beams from an MR-LINAC
Page 1 Effects of Magnetic Field on Dose Deposition from the Photon Radiation Beams from …

Monte Carlo studies have proposed that strong longitudinal magnetic fields can reduce the
lateral scattering of primary and secondary electrons to reduce penumbra. In this paper we …