نتایج جستجو برای: indoor dose

تعداد نتایج: 342740  

Journal: :iranian journal of radiation research 0
d. balakrishnan department of physics, the cochin college, kochi-2, kerala, india j.p. abraham department of physics, the cochin college, kochi-2, kerala, india a.g. umadevi department of chemistry, nss college, ottapalam, palakkad, kerala, india a. sunil department of physics, fatima mata national college, kollam, kerala, india p.j. jojo department of physics, fatima mata national college, kollam, kerala, india s. ben byju department of physics, fatima mata national college, kollam, kerala, india

background: natural background radiation of a particular region is one of the distinctive factors defining the status of environment. eloor island is an industrial area in ernakulum district of the state of kerala, india. the indoor and outdoor gamma level measurements have been carried out for the region for evaluating the annual effective dose to the population residing in this area. material...

Journal: :iranian journal of radiation research 0
a. termizi ramli department of physics, faculty of science, university technology malaysia a.s. aliyu department of physics, faculty of science, university technology malaysia e.h. agba department of physics, faculty of science benue state university makurdi, nigeria m.a. saleh department of physics, faculty of science, university technology malaysia

background: human is exposed to radiation in their environment with or without their consent and the exposure to natural background radiation is an unpreventable event on earth. materials and methods: an in situ assessment of the indoor and outdoor background radiation in akwanga and keffi towns of nasarawa state nigeria was carried out using a halogen-quenched geiger muller (gm) detector (insp...

Journal: :iranian journal of radiation research 0
k. kant aggarwal college, ballabgarh, faridabad, 121 004; formerly at department of physics, kl mehta dn college for women, faridabad, haryana, 121 001, india rashmi department of physics, gfitm, ballabgarh, faridabad, haryana, india r.g. sonkawade inter university accelerator centre, new delhi, 110 067, india g.s. sharma department of physics, g.l.a. institute of technology and management, mathura (u.p) 281 001, india r.p. chauhan department of applied physics, nit, kurukshetra, 136 119, india s.k. chakarvarti department of applied physics, nit, kurukshetra, 136 119, india

background: radon and thoron are invisible, odorless, heavy and radioactive gases which are ubiquitously present in dwellings and in the environment. in the present work, seasonal variation of indoor radon, thoron and their progeny concentrations has been studied in the dwellings of industrially polluted cities in district faridabad, haryana and district mathura in uttar pradesh. materials and ...

Journal: :مجله دانشگاه علوم پزشکی مازندران 0
محمدتقی صمدی mohamad taghi samadi بهمن گلزار خجسته bahman golzarkhojasteh نیما رستم پور nima rostampour

abstract background and purpose: people are always exposed to ionizing radiation, which could badly influence their health. the degree of these influences depends on the level of radiations. in this study the dose of indoor gamma radiation was assessed using rds-110 multi-purpose survey meter. materials and methods: to determine the dose rate of indoor radiations in cities of hamedan province f...

ژورنال: سنجش و ایمنی پرتو 2017

The coastal area of ​​Ramsar in northern of Iran located in the province of Mazandaran has been known as the highest levels of natural radiation background in the world. The background radiation is mainly due to the presence of radioactive isotopes of the radium element and its decay products, which is brought to the surface by hot springs. In this study, the indoor gamma dose rate in Ramsar wa...

M Yarahmadi M.T Bahreyni

Background & Aims: Studying about background radiation is important because human beings are continuously exposed to these radiations which leave energy in tissues and the transferred energy leads to undesirable biologic effects. The level of background radiation differs in indoor and outdoor places. Since, people spend more time indoors, in this research environmental gamma dose rate for indoo...

رستم پور, نیما, صمدی, محمدتقی, گلزار خجسته , بهمن,

Abstract Background and purpose: People are always exposed to ionizing radiation, which could badly influence their health. The degree of these influences depends on the level of radiations. In this study the dose of indoor gamma radiation was assessed using RDS-110 Multi-purpose Survey Meter. Materials and methods: To determine the dose rate of indoor radiations in cities of Hamedan provi...

Journal: :iranian journal of radiation research 0
m. gholami department of medical physics, faculty of medicine, lorestan university of medical sciences, khorram abad, iran s. mirzaei department of medical radiation engineering, faculty of technical and engineering, islamic azad university, science and research branch, tehran ,iran a. jomehzadeh department of medical physics, faculty of medicine, rafsanjan university of medical sciences, rafsanjan, iran

background: the exposure of human being to ionize radiation from natural sources is a continuing, inescapable feature of life on earth. direct measurement of absorbed dose rates in air has been carried out in many countries of the world during the last few decades. such investigations can be useful for assessment of public dose rates, the performance of epidemiological studies, and keeping refe...

ژورنال: سلامت و محیط زیست 2019

Background and Objective: Human external exposure to natural radiation sources is much more than artificial radiation sources. In this study, external annual effective doses were estimated in cities of Gorgan and Bandar-Torkman by determining ambient gamma dose rate in indoor and outdoor spaces. Materials and Methods: Using an ionization chamber detector, the outdoor and indoor ambient gamma d...

ژورنال: سلامت و محیط زیست 2009
اسلامی, اکبر, سقطچی, فرانک, صلوتی, مجتبی,

Backgrounds and Objectives: Due to importance of ionizing radiation on human health, many studies have been performed to measure the background gamma radiation all around the world as well as some cities in lran. According to this fact that everybody spends almost 80% of his time in indoor areas, this study was carried out to measure the amount of background gamma radiation in indoor areas in Z...

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