METODO SENCILLO PARA DISEÑAR ESTRUCTURAS DE PROTECCION CONTRA LOS RAYOS X

Authors

  • LEIgnacio Escobar Mejía Universidad de Antioquia

Abstract


Encouraged by the importance that is being given to the subject in the international courses of Hospital Architecture carried out by the National School of Public Health of the University of Antioquia, we have proposed to present simple but sufficiently complete information about the design of protection barriers against ionizing radiation generated by an X-Ray machine.
As may be recalled, X-rays are produced as a result of the shock suffered by electrons accelerated by very high voltages when colliding against a metallic anode. The higher the accelerating voltage, the higher the frequency of the radiation and the greater the penetration of the rays into matter. This interaction with matter can in itself constitute a method of slowing down the passage of ionizing radiation, forming what is called a shield.

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Author Biography

LEIgnacio Escobar Mejía, Universidad de Antioquia

Profesor Titular, Depto. Fisiología, Facultad de Medicina U. de A., Medellín-Colombia.

References

ESTADOS UNIDOS. NATIONAL BUREAU OF

STANDARDS, Permissible dose from external sources of ionizing radiation. Washington, 1954 (Handbook, 59).

COLEGIO AMERICANO DE RADIOLOGIA, Manual práctico sobre el uso de los rayos x en medicina y odontología, Chicago, 1960,

ROIG, E. Curso de técnicas de radioisotopos. San Juan, P.R., Centro Nuclear de Puerto Rico, 1970, vol. 11.

RADIATION SAFETY in dentistry. Milwaukee, Wiss, General Electric, 1969.

ESTADOS UNIDOS, NATIONAL BUREAU OF STANDARDS, Medical x ray protection up to three million volts, Washington, 1961.

TROUT, E, KELLY, J. and LUCAS, A. Broad beam atenuation in concrete for 50 to 300 KV px

ray and in lead for 300 KV p xray, Radiology 72: 62-67, Jan. 1955.

ROSENFIELD, I. Hospital integrated desing. New York, Rinehold, 1960,

SCOTT, W.G. Planning guide for radiologic installa tions. Chicago, The Year Book Publisher, 1953

Published

2025-05-07

How to Cite

1.
Escobar Mejía L. METODO SENCILLO PARA DISEÑAR ESTRUCTURAS DE PROTECCION CONTRA LOS RAYOS X. Rev. Fac. Nac. Salud Pública [Internet]. 2025 May 7 [cited 2026 Feb. 21];3(2). Available from: https://revistas.udea.edu.co/index.php/fnsp/article/view/360693

Issue

Section

Research