Using a Monte Carlo simulation to analyze the ideal activity for a phosphorus-32 polymeric brachytherapy source for paraspinal tumors

article

Autores

Hajj, Lara El

Burin, Ana Laura

Talacimon, Cristhian Ferreira

Medeiros, Ilca Marli Moitinho Amaral

Rigo, Maria Eduarda Zaganin

Tavares, Paulo Victor Dos Santos

Rodrigues, Priscila Santos

Nogueira, Thuany Correa

Rosero, Wilmmer Alexander Arcos

Rodrigues, Orlando

Vieira, José Mauro

Zeituni, Carlos Alberto

Rostelato, Maria Elisa Chuery Martins

Data de Publicação

1 de novembro de 2024

Resumo

Resumo não disponível.

Citação

BibTeX

@online{lara_el2024,
  author = {Lara El , Hajj and Ana Laura , Burin and Cristhian Ferreira
    , Talacimon and Ilca Marli Moitinho Amaral , Medeiros and Maria
    Eduarda Zaganin , Rigo and Paulo Victor Dos Santos , Tavares and
    Priscila Santos , Rodrigues and Thuany Correa , Nogueira and Wilmmer
    Alexander Arcos , Rosero and Orlando , Rodrigues and José Mauro ,
    Vieira and Carlos Alberto , Zeituni and Maria Elisa Chuery Martins ,
    Rostelato},
  title = {Using a Monte Carlo simulation to analyze the ideal activity
    for a phosphorus-32 polymeric brachytherapy source for paraspinal
    tumors},
  volume = {224},
  date = {2024-11-01},
  doi = {10.1016/j.radphyschem.2024.112012},
  langid = {pt-BR},
  abstract = {Resumo não disponível.}
}

Por favor, cite este trabalho como:

Lara El, Hajj, Burin Ana Laura, Talacimon Cristhian Ferreira, Medeiros Ilca Marli Moitinho Amaral, Rigo Maria Eduarda Zaganin, Tavares Paulo Victor Dos Santos, Rodrigues Priscila Santos, et al. 2024. “Using a Monte Carlo simulation to analyze the ideal activity for a phosphorus-32 polymeric brachytherapy source for paraspinal tumors.” Radiation Physics and Chemistry. November 1, 2024. https://doi.org/10.1016/j.radphyschem.2024.112012.