The energy influence on the radiation dose of the staff
- 1 — Meritorious Autonomous University of Puebla
- 2 — National Mineral Resources University (Mining University)
Abstract
The text of this paper is concerned to the problem of dose control used the sources of gamma and X-ray radiation in the mining industry and others organization of the nondestructive testing. Distinctive features of the resources are the high energy and intensity radiation is the short time delivering testing. The research is devoted to problems of the high energies and high ionization. The influence of radiation used in the industrial purposes, in particular, in nondestructive testing was studied all time, but nowadays the type of radiation resource has other parameters. This investigation denoted to Roentgen sources of high radiation and high energy range. In this case the photo effect is playing insignificant role at this value of the energy, but others effects enter: Compton Effect and effect of annihilations, that distinguishes influence from medical X-ray, where is more a photo effect. Questions of personal dose measurement are urgent for radiation securities in the all enterprises of measuring system. The results have shown that the most considerable changes are noted to the application of modern system of radiation control allows conduct the complex monitoring system with wide range or safe security, specialty to the systems of radiating control.
References
- Bystrov Yu.A., Ivanov S.А. Uskoritel'naja tehnika i rentgenovskie pribory (Accelerating technology and roentgen ap-paratures). Moscow: Vysshaya shkola, 1983, p.288.
- Val'kovich A.I. Sostojanie krovenosnyh sosudov posle rentgenovskogo terapevticheskogo obluchenija raka bronhov (State of blood vessels after the X-ray therapeutic irradiation of cancer of the bronchi). Radiation medicine. Moscow: Izd-vo «Meditsina», 1972, p.295-297.
- Grab R. Еffekt Petko: vlijanie malyh doz radiacii na ljudej, zhivotnyh i derev'ja (Petko effect: the influence of small dose radiation on the people, enamels and trees) Moscow: Izd-vo megdunarodnogo dvigeniya «Nevada-Semipalatinsk», 1994, p.263.
- Karpenko P.A. Pishhevaritel'naja profilaktika ot neblagoprijatnogo vozdejstvija na organizm radiacii (Digestive pre-ventive maintenance from the unfavorable action on the organism of the radiation). Problemy bezopasnosti pri chrezvy-chaynykh situatsiyakh (Safety problems in the extraordinary situation). Moscow: Izd-vo «VINITI RAN». 2001, p.87-93.
- Kortez J.I., Potapov A.I., Morokina G.S. Nerazrushajushhij kontrol' i diagnostika okruzhajushhej sredy, materialov i promyshlennyh izdelij (Nondestructive testing and control of environment, material and industrial goods). St Petersburg, Izd-vo Severo-Zapadnogo Technicheskogo Universiteta, 2001. N 2, p.137-143.
- Koshelev V.Ye. Metody i tehnicheskie sredstva tamozhennogo dosmotra i poiska (Methods and technical equipment in the custom control and search). Moscow: Izd-vo RIO RTA, 2000, p.15-124.
- Morokina G.S. The Problema kontrolja malyh doz obluchenija dlja professional'nyh rabotnikov v mashinostroenii (Problem of the Small Dose Control of the Radiation for the Professional Personnel in the Industry Engineering). Internet Journal of Industrial Engineering. 2014. Vol.2. N 4, p.62-66.
- Morokina G.S. Fizicheskie faktory v rentgenstomatologii (Physical factors in the Roentgen stomatology). St Peters-burg, Izd-vo Medicinskaia academia poslediplomnogo obrazovaniia, 2003, p.22.
- Normy radiacionnoj bezopasnosti (The norms of the radiation safety). Moscow: Ministerstvo zdravookhraneniya Rossii. 2009, p.87.
- Osnovy tamozhennogo kontrolja deljashhihsja i radioaktivnyh materialov (The basis of the custom control for the nuclear and radioactive materials). Moscow: Izd-vo GTK Rossii, 2001. p.325.
- Osnovnye sanitarnye pravila obespechenija radiacionnoj bezopasnosti (The main sanitary rules guarantee radia-tion security). Moscow: Minzdrav Rossii.1999, p.100.
- Fedotov A.I., Lisin S.K., Morokina G.S. Teorija izmerenij (The theory of measurements). St Petersburg, Izd-vo Politekhn. un-ta, 2013, p.324.
- Morokina G.S. Vlijanie rassejannogo izluchenija na dozu pri gamma-kontrole v mashinostroenii (Scattering Radiation on the control dose in the industry engineering). Internet Journal of Industrial Engineering. 2015. Vol.3. N 2, p.65-68.
- Bravo for the Marshallese: Regaining Control in a Post-Nuclear. Post-Colonial World. By Holly M.Barker. Wadsworth, 2004.
- Constantinou Chris, Attix F.H., Bhudatt R. Paliwal. A solid water phantom material for radiotherapy x-ray and γ-ray beam calibrations. Med. Phys. 1982. N 9, p.436.
- Ernesto Cortez, German Ardul Muñoz Hernandez, José Italo Cortez, Liliana Cortez. Methodology for the MDL Model Implementation of the Dinorwig Hydroelectric Plant. Journal of Engineering Research and Applications. Vol.3. Is.6, 2013, p.71-74.
- Killing Our Own: The disaster of America's experience with atomic radiation. By Harvey Wasserman, Delacorte Press, 1992.