Análisis del campo magnético generado por líneas de distribución cercanas al sector domiciliario
In the present work of titling to be make an analysis of the impact of magnetic field generated by distribution lines in three sectors of the city of Quito, by experimental measurements. In the Ecuador, the topic of non-ionizing radiation of extremely low frequency that emit transmission lines, di...
| Autor Principal: | Amendaño Sucuzhañay, Edwin Giovanny |
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| Otros Autores: | Inachonta Monta, Romel Santiago |
| Formato: | bachelorThesis |
| Idioma: | spa |
| Publicado: |
2014
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| Materias: | |
| Acceso en línea: |
http://dspace.ups.edu.ec/handle/123456789/6546 |
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| Sumario: |
In the present work of titling to be make an analysis of the impact of magnetic field generated by distribution lines in three sectors of the city of Quito, by experimental measurements.
In the Ecuador, the topic of non-ionizing radiation of extremely low frequency that emit transmission lines, distribution is little known, but has a possible health risk, so they have conducted research and studies to determine experimentally whether radiation non-ionizing extremely low frequency causes harmful effects on citizenship, exist benchmarks levels in the national and international regulations to verify compliance with exposure limits for both the public and for occupationally exposed personnel.
Therefore this project is make with the objective of analyzing the impact of magnetic field generated by the distribution lines close to sector home, we analyze the measurements of magnetic flux density and with the is calculated with the same magnetic field intensity and schema displayed by bar, if all values obtained are below the reference level corresponding to population exposure
Means of the analysis realized in the three sectors throughout the day is sets for the general public did not exceed 12% and for occupationally exposed to 3% limits, these percentages were recorded at peak times.
According to the analysis of experimentally measured values of magnetic flux density in the three sectors and calculating these magnetic field intensity in turn compared to exposure limits for the general public and occupationally exposed personnel of the ICNIRP, values are well below the limits, and not exist none risk of causing stimulation of nerves, muscles and even worse childhood leukemia and cancer in humans. |
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