Abstract
An external proton beam has been obtained in the TANDAR accelerator with radiological and biomedical purposes. The protons have excellent physical properties for their use in radiotherapy allowing a very good accuracy in the dose spatial distribution inside the tissue so in the side direction as in depth owing to the presence of Bragg curve. The advantage of the accuracy in the dose localization with proton therapy is good documented (M. Wagner, Med. Phys. 9, 749 (1982); M. Goitein and F. Chen, Med. Phys. 10, 831 (1983); M.R. Raju, Rad. Res. 145, 391 (1996)). It was obtained external proton beams with energies between 15-25 MeV, currents between 2-10 p A and a uniform transversal sections of 40 mm{sup 2} approximately. It was realized dosimetric evaluations with CR39 and Makrofol foliation. The irradiations over biological material contained experiences In vivo with laboratory animals, cellular and bacterial crops. It was fixed the optimal conditions of position and immobilization of the Wistar rats breeding for the In vivo studies. It was chosen dilutions and sowing techniques adequate for the exposition at the cellular and bacterial crops beam. (Author)
Rey, R;
Schuff, J A;
Perez de la Hoz, A.;
Debray, M E;
Hojman, D;
Kreiner, A J;
Kesque, J M;
Saint-Martin, G;
Oppezzo, O;
Bernaola, O A;
Molinari, B L;
Duran, H A;
Policastro, L;
Palmieri, M;
Ibanez, J;
Stoliar, P;
Mazal, A;
Caraballo, M E;
Burlon, A;
Cardona, M A;
Vazquez, M E;
Salfity, M F;
Ozafran, M J;
Naab, F;
Levinton, G;
Davidson, M;
Buhler, M
[1]
- Departamento de Fisica, Comision Nacional de Energia Atomica, Av. Gral. Paz 1499, C.P. 1650 San Martin, Buenos Aires (Argentina)
Citation Formats
Rey, R, Schuff, J A, Perez de la Hoz, A., Debray, M E, Hojman, D, Kreiner, A J, Kesque, J M, Saint-Martin, G, Oppezzo, O, Bernaola, O A, Molinari, B L, Duran, H A, Policastro, L, Palmieri, M, Ibanez, J, Stoliar, P, Mazal, A, Caraballo, M E, Burlon, A, Cardona, M A, Vazquez, M E, Salfity, M F, Ozafran, M J, Naab, F, Levinton, G, Davidson, M, and Buhler, M.
Proton external beam in the TANDAR Accelerator; Haz externo de protones en el acelerador TANDAR.
Mexico: N. p.,
1998.
Web.
Rey, R, Schuff, J A, Perez de la Hoz, A., Debray, M E, Hojman, D, Kreiner, A J, Kesque, J M, Saint-Martin, G, Oppezzo, O, Bernaola, O A, Molinari, B L, Duran, H A, Policastro, L, Palmieri, M, Ibanez, J, Stoliar, P, Mazal, A, Caraballo, M E, Burlon, A, Cardona, M A, Vazquez, M E, Salfity, M F, Ozafran, M J, Naab, F, Levinton, G, Davidson, M, & Buhler, M.
Proton external beam in the TANDAR Accelerator; Haz externo de protones en el acelerador TANDAR.
Mexico.
Rey, R, Schuff, J A, Perez de la Hoz, A., Debray, M E, Hojman, D, Kreiner, A J, Kesque, J M, Saint-Martin, G, Oppezzo, O, Bernaola, O A, Molinari, B L, Duran, H A, Policastro, L, Palmieri, M, Ibanez, J, Stoliar, P, Mazal, A, Caraballo, M E, Burlon, A, Cardona, M A, Vazquez, M E, Salfity, M F, Ozafran, M J, Naab, F, Levinton, G, Davidson, M, and Buhler, M.
1998.
"Proton external beam in the TANDAR Accelerator; Haz externo de protones en el acelerador TANDAR."
Mexico.
@misc{etde_703915,
title = {Proton external beam in the TANDAR Accelerator; Haz externo de protones en el acelerador TANDAR}
author = {Rey, R, Schuff, J A, Perez de la Hoz, A., Debray, M E, Hojman, D, Kreiner, A J, Kesque, J M, Saint-Martin, G, Oppezzo, O, Bernaola, O A, Molinari, B L, Duran, H A, Policastro, L, Palmieri, M, Ibanez, J, Stoliar, P, Mazal, A, Caraballo, M E, Burlon, A, Cardona, M A, Vazquez, M E, Salfity, M F, Ozafran, M J, Naab, F, Levinton, G, Davidson, M, and Buhler, M}
abstractNote = {An external proton beam has been obtained in the TANDAR accelerator with radiological and biomedical purposes. The protons have excellent physical properties for their use in radiotherapy allowing a very good accuracy in the dose spatial distribution inside the tissue so in the side direction as in depth owing to the presence of Bragg curve. The advantage of the accuracy in the dose localization with proton therapy is good documented (M. Wagner, Med. Phys. 9, 749 (1982); M. Goitein and F. Chen, Med. Phys. 10, 831 (1983); M.R. Raju, Rad. Res. 145, 391 (1996)). It was obtained external proton beams with energies between 15-25 MeV, currents between 2-10 p A and a uniform transversal sections of 40 mm{sup 2} approximately. It was realized dosimetric evaluations with CR39 and Makrofol foliation. The irradiations over biological material contained experiences In vivo with laboratory animals, cellular and bacterial crops. It was fixed the optimal conditions of position and immobilization of the Wistar rats breeding for the In vivo studies. It was chosen dilutions and sowing techniques adequate for the exposition at the cellular and bacterial crops beam. (Author)}
place = {Mexico}
year = {1998}
month = {Dec}
}
title = {Proton external beam in the TANDAR Accelerator; Haz externo de protones en el acelerador TANDAR}
author = {Rey, R, Schuff, J A, Perez de la Hoz, A., Debray, M E, Hojman, D, Kreiner, A J, Kesque, J M, Saint-Martin, G, Oppezzo, O, Bernaola, O A, Molinari, B L, Duran, H A, Policastro, L, Palmieri, M, Ibanez, J, Stoliar, P, Mazal, A, Caraballo, M E, Burlon, A, Cardona, M A, Vazquez, M E, Salfity, M F, Ozafran, M J, Naab, F, Levinton, G, Davidson, M, and Buhler, M}
abstractNote = {An external proton beam has been obtained in the TANDAR accelerator with radiological and biomedical purposes. The protons have excellent physical properties for their use in radiotherapy allowing a very good accuracy in the dose spatial distribution inside the tissue so in the side direction as in depth owing to the presence of Bragg curve. The advantage of the accuracy in the dose localization with proton therapy is good documented (M. Wagner, Med. Phys. 9, 749 (1982); M. Goitein and F. Chen, Med. Phys. 10, 831 (1983); M.R. Raju, Rad. Res. 145, 391 (1996)). It was obtained external proton beams with energies between 15-25 MeV, currents between 2-10 p A and a uniform transversal sections of 40 mm{sup 2} approximately. It was realized dosimetric evaluations with CR39 and Makrofol foliation. The irradiations over biological material contained experiences In vivo with laboratory animals, cellular and bacterial crops. It was fixed the optimal conditions of position and immobilization of the Wistar rats breeding for the In vivo studies. It was chosen dilutions and sowing techniques adequate for the exposition at the cellular and bacterial crops beam. (Author)}
place = {Mexico}
year = {1998}
month = {Dec}
}