Abstract
The phosphorus-32, is radioisotope emitting pure {beta}{sup -}, of maximum energy 1.71 MeV with an average life of 14.28 days, and that has application in the industry, agriculture, medicine and biology. The {sup 32} P, produced by means of two nuclear reactions {sup 32} S(n,p){sup 32} P and {sup 31} P (n,{gamma}){sup 32} P; by the facility of handling of sulfur, his low cost and its fast acquisition in the market. I selected the reaction {sup 32} S(n,p){sup 32} P. To produce {sup 32} P it is necessary to prepare and to characterize the target (S-{alpha}) that is obtained from the purification of the raw material, make the mathematical calculations of irradiation, irradiation of the target in the nuclear reactor TRIGA Mark III, radiochemical separation of {sup 32} P of {sup 32} S by a dry distillation method and an hydrolysis of {sup 32} P with diluted HCl obtaining H{sub 3}{sup 32}PO{sub 4} and finally quality control. In the order to make the radiochemistry separation it was necessary to make previous modifications to the process guarantee the quality of product ({sup 32} P), and security of the operator. (Author)
Zepeda R, C P
[1]
- UMSNH, Facultad de Ingenieria Quimica, Morelia, Michoacan (Mexico)
Citation Formats
Zepeda R, C P.
Improvement of the obtention process of phosphorus-32 of the ININ through the application of nuclear analytical techniques; Perfeccionamiento del proceso de obtencion de fosforo-32 del ININ, mediante la aplicacion de tecnicas analiticas nucleares.
Mexico: N. p.,
2007.
Web.
Zepeda R, C P.
Improvement of the obtention process of phosphorus-32 of the ININ through the application of nuclear analytical techniques; Perfeccionamiento del proceso de obtencion de fosforo-32 del ININ, mediante la aplicacion de tecnicas analiticas nucleares.
Mexico.
Zepeda R, C P.
2007.
"Improvement of the obtention process of phosphorus-32 of the ININ through the application of nuclear analytical techniques; Perfeccionamiento del proceso de obtencion de fosforo-32 del ININ, mediante la aplicacion de tecnicas analiticas nucleares."
Mexico.
@misc{etde_20935607,
title = {Improvement of the obtention process of phosphorus-32 of the ININ through the application of nuclear analytical techniques; Perfeccionamiento del proceso de obtencion de fosforo-32 del ININ, mediante la aplicacion de tecnicas analiticas nucleares}
author = {Zepeda R, C P}
abstractNote = {The phosphorus-32, is radioisotope emitting pure {beta}{sup -}, of maximum energy 1.71 MeV with an average life of 14.28 days, and that has application in the industry, agriculture, medicine and biology. The {sup 32} P, produced by means of two nuclear reactions {sup 32} S(n,p){sup 32} P and {sup 31} P (n,{gamma}){sup 32} P; by the facility of handling of sulfur, his low cost and its fast acquisition in the market. I selected the reaction {sup 32} S(n,p){sup 32} P. To produce {sup 32} P it is necessary to prepare and to characterize the target (S-{alpha}) that is obtained from the purification of the raw material, make the mathematical calculations of irradiation, irradiation of the target in the nuclear reactor TRIGA Mark III, radiochemical separation of {sup 32} P of {sup 32} S by a dry distillation method and an hydrolysis of {sup 32} P with diluted HCl obtaining H{sub 3}{sup 32}PO{sub 4} and finally quality control. In the order to make the radiochemistry separation it was necessary to make previous modifications to the process guarantee the quality of product ({sup 32} P), and security of the operator. (Author)}
place = {Mexico}
year = {2007}
month = {Jul}
}
title = {Improvement of the obtention process of phosphorus-32 of the ININ through the application of nuclear analytical techniques; Perfeccionamiento del proceso de obtencion de fosforo-32 del ININ, mediante la aplicacion de tecnicas analiticas nucleares}
author = {Zepeda R, C P}
abstractNote = {The phosphorus-32, is radioisotope emitting pure {beta}{sup -}, of maximum energy 1.71 MeV with an average life of 14.28 days, and that has application in the industry, agriculture, medicine and biology. The {sup 32} P, produced by means of two nuclear reactions {sup 32} S(n,p){sup 32} P and {sup 31} P (n,{gamma}){sup 32} P; by the facility of handling of sulfur, his low cost and its fast acquisition in the market. I selected the reaction {sup 32} S(n,p){sup 32} P. To produce {sup 32} P it is necessary to prepare and to characterize the target (S-{alpha}) that is obtained from the purification of the raw material, make the mathematical calculations of irradiation, irradiation of the target in the nuclear reactor TRIGA Mark III, radiochemical separation of {sup 32} P of {sup 32} S by a dry distillation method and an hydrolysis of {sup 32} P with diluted HCl obtaining H{sub 3}{sup 32}PO{sub 4} and finally quality control. In the order to make the radiochemistry separation it was necessary to make previous modifications to the process guarantee the quality of product ({sup 32} P), and security of the operator. (Author)}
place = {Mexico}
year = {2007}
month = {Jul}
}