ARTICLE;
CANCER RADIOTHERAPY;
DOSIMETRY;
HEAD AND NECK CANCER;
NASOPHARYNX;
PHANTOM;
PRIORITY JOURNAL;
RADIATION DOSE;
RADIATION FIELD;
SIMULATION;
SYSTEM ANALYSIS;
AIR;
BIOPHYSICS;
COMPUTER SIMULATION;
HEAD AND NECK NEOPLASMS;
HUMANS;
NASOPHARYNX;
PHANTOMS, IMAGING;
PHOTONS;
RADIOTHERAPY PLANNING, COMPUTER-ASSISTED;
RADIOTHERAPY, HIGH-ENERGY;
True three-dimensional dose computations for megavoltage x-ray therapy: A role for the superposition principle
Battista J J and Sharpe M B 1992 True three-dimensional dose computations for megavoltage x-ray therapy: a role for the superposition principle Austral. Phys. Eng. Sci. Med. 15 159-78
Ionization build-up in upper respiratory air passages during teletherapy with Cobalt-60 radiation
Epp E R, Lougheed M N and McKay J W 1958 Ionization build-up in upper respiratory air passages during teletherapy with Cobalt-60 radiation Br. J. Radiol. 31 361-7
A comparison of two photon planning algorithms for 8 MV and 25 MV x-ray beams in lung
Kan M W K, Wong T P Y, Young E C M, Chan C L and Yu P K N 1995 A comparison of two photon planning algorithms for 8 MV and 25 MV x-ray beams in lung Austral. Phys. Eng. Sci. Med. 18 95-103
The influence of air cavities on interface doses for photon beams
Klein E, Lee M C, Rice R K and Mijnheer B J 1993 The influence of air cavities on interface doses for photon beams Int. J. Radiat. Oncol. Biol. Phys. 27 419-26
The equivalent tissue-air ratio method for making absorbed dose calculations in heterogeneous medium
Sontag M R and Cunningham J R 1978 The equivalent tissue-air ratio method for making absorbed dose calculations in heterogeneous medium Radiology 129 787-94