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Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Universidade Estadual Paulista (Unesp); MCT; Universidade de São Paulo (USP) (Elsevier B.V., 2006-12-01)

We present the construction of a homogeneous phantom to be used in simulating the scattering and absorption of X-rays by a standard patient chest and skull when irradiated laterally. This phantom consisted of Incite and ...

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Universidade Estadual Paulista (Unesp); MCT; Universidade de São Paulo (USP) (Elsevier B.V., 2006-12-01)

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)

Universidade Estadual Paulista (Unesp) (Spie - Int Soc Optical Engineering, 2014-01-01)

Our main purpose in this study was to quantify biological tissue in computed tomography (CT) examinations with the aim of developing a skull and a chest patient equivalent phantom (PEP), both specific to infants, aged ...

Patient dose study in chest radiographic examinations for diferent exposure techniques using Monte Carlo methods and voxel phatom

CORREA, SAMANDA C.A.; SOUZA, EDMILSON M.; SILVA, ADEMIR X.; YORIYAZ, HELIO; LOPES, RICARDO T.; INTERNATIONAL NUCLEAR ATLANTIC CONFERENCE; MEETING ON NUCLEAR APPLICATIONS, 8th/ MEETING ON REACTOR PHYSICS AND THERMAL HYDRAULICS, 15th (Sao Paulo: ABEN, 2007, 2014)

Evaluation of medical exposure and exposure by the public in a typical scenario of examinations using mobile X-ray equipment through the Monte Carlo simulation

SANTOS, FELIPE A.; GALEANO, DIEGO C.; SANTOS, WILLIAM S.; CARVALHO JUNIOR, ALBERICO B. (2016)

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Miranda, Diana Rodrigues de Pina; Duarte, S. B.; Morceli, J.; Netto, T. Ghilardi (Elsevier B.V., 2014)

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)

Alves, A. F.; Pina, D. R.; Bacchim Neto, F. A.; Ribeiro, S. M.; Miranda, J. R. A.; Whiting, B. R.; Hoeschen, C.; Kontos, D. (Spie - Int Soc Optical Engineering, 2014)

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Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)

Patient dose study in chest radiographic examinations for diferent exposure techniques using Monte Carlo methods and voxel phatom

Evaluation of medical exposure and exposure by the public in a typical scenario of examinations using mobile X-ray equipment through the Monte Carlo simulation

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Phantom development for radiographic image optimization of chest, skull and pelvis examination for nonstandard patient

Phantom development for radiographic image optimization of chest, skull and pelvis examination for nonstandard patient

Analysis of biological tissues in infant chest for the development of an equivalent radiographic phantom

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)

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Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)

Patient dose study in chest radiographic examinations for diferent exposure techniques using Monte Carlo methods and voxel phatom

Evaluation of medical exposure and exposure by the public in a typical scenario of examinations using mobile X-ray equipment through the Monte Carlo simulation

Development of phantom for radiographic image optimization of standard patient in the lateral view of chest and skull examination

Phantom development for radiographic image optimization of chest, skull and pelvis examination for nonstandard patient

Phantom development for radiographic image optimization of chest, skull and pelvis examination for nonstandard patient

Analysis of biological tissues in infant chest for the development of an equivalent radiographic phantom

Quantification of Biological Tissue and Construction of Patient Equivalent Phantom (Skull and Chest) for Infants (1-5 years old)