Código | Título | 1º Autor | Opções |
FM4-04-29 | Cancer Risk Coefficients for Environmental Exposure to Radionuclides | Keith F. Eckerman | Detalhes |
FM4-04-30 | Monte Carlo dose calculations of beta-emitting sources for intravascular brachytherapy: a comparison... | Ruqing Wang e X. Allen Li | Detalhes |
FM4-04-31 | The properties of the ultramicrocylindrical ionization chamber for small field used in stereotactic ... | Young W. Vach | Detalhes |
FM4-04-32 | On the accuracy of a monomer/polymer gel dosimetry in the proximity of a high-dose-rate 192Ir source | Y De Deene | Detalhes |
FM4-04-33 | A theorical derivation of the nomograms for permanent prostate brachytherapy | Xiao-Hong Wang e Louis Potters | Detalhes |
FM4-04-34 | Dosimetry of beta-ray ophthalmic applicators: comparison of different measurement methods | C.G. Soares | Detalhes |
FM4-04-35 | A survey of clinical factors and patient dose in mammography | Randell L. Kruger e Beth A. Schueler | Detalhes |
FM4-04-36 | A feasible method for clinical delivery verification and dose reconstruction in tomotherapy | J. M. Kapatoes | Detalhes |
FM4-04-37 | The effect of seed anisotropy on brachytherapy dose distributions using 125I and 103Pd | Patricia Lindsay | Detalhes |
FM4-04-38 | Backscatter dose from metallic materials due to obliquely incident high-energy photon beams | Roger Nadrowitz e Thomas Feyerabend | Detalhes |
FM4-04-39 | The thermal characteristics of different diodes on in vivo patient dosimetry | Keith T. Welsh e L. E. Reinstein | Detalhes |
FM4-04-40 | A Monte Carlo approach to electron contamination sources in the Saturne-25 and -41 | G. Malataras | Detalhes |
FM4-04-41 | Monte Carlo aided room scatter studies in the primary air kerma strength standardization of a remote... | T. Palani Selvam | Detalhes |
FM4-04-42 | Dynamic wedge versus physical wedge: a Monte Carlo study | X. Allen Li e James C. H. Chu | Detalhes |
FM4-04-43 | Organ/patient geometric variation in external beam radiotherapy and its effects | Di Yan e David Lockman | Detalhes |