Diffused transmission of laser beam and image processing tools for alpha-particle track-etch dosimetry in PM-355 SSNTDs

Salman, Thaer M.; Al-Ahmad, Alaa Yassin; Badran, Hussain A.; Emshary, C.A.

doi:10.1088/0031-8949/90/8/085302

Cited by 13 publications

(7 citation statements)

References 13 publications

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“…Environmental background radiation must be precisely assessed to identify exposures related to the emission of radioactivity from the nuclear site; the amount of environmental radiation must be evaluated to appropriately quantify population exposure. Many researchers have studied this subject to better understand the environmental radiation contamination in soil, water, air, salt, and food to safeguard the environment from the hazards of radiation exposure to people (Abualhail, Abbas, & Alsalihi, 2017;Alfahed, Imran, Majeed, & Badran, 2020;Alsalihi & Abualhiall, 2019;Bdran, Abul-Hail, & Obeed, 2020;Hail & Talib, 2020;Mollah, Husain, & Rahman, 1986;Rejah, Oraibi, & Al-Salihi, 2020;Salman, Al-Ahmad, Badran, & Emshary, 2015). The current study was conducted out in several areas of Babil Governorate, employing TL-dosimetry to conduct a radiation survey of 10 locations.…”

Section: Introductionmentioning

confidence: 99%

Environmental Radiation Dosimetry for school buildings, hospitals and health centers in Babil Governorate-Iraq using TL-technique

الصالحي¹,

الهيل²,

بدران³

2023

Journal of Medical and Pharmaceutical Sciences

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The current research aims to evaluate the dose rate of gamma rays emitted from school buildings, hospitals and health centers in several locations in Babil Governorate using the TL method. To achieve the objectives of the research, measurements were taken at 49 school building sites and 29 hospital and health center sites using the thermal luminescence technique. The results of this study indicate that the inhabited areas within the environmental monitoring stations are places where the radiation is normal and the average dose rate in school buildings, hospitals and health centers to which humans are exposed is within the permissible limit.

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Section: Introductionmentioning

confidence: 99%

Environmental Radiation Dosimetry for school buildings, hospitals and health centers in Babil Governorate-Iraq using TL-technique

الصالحي¹,

الهيل²,

بدران³

2023

Journal of Medical and Pharmaceutical Sciences

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“…SSNTDs are frequently used in the fields of radiation protection and environmental radiation monitoring. SSNTDs were found a few years ago; Salman et al (2015) explained the fundamental principles, while (Parks, 2005) offered a thorough explanation. The specifics of alpha particle detection were reported by Nikezic (Tu, et al, 2010).…”

Section: Introductionmentioning

confidence: 99%

Boron Determination in Basrah Rivers Using Solid State Nuclear Track Detector

Algrifi¹,

Salman²

2022

BCS

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Consumers who ingest boron-contaminated food and water face a variety of health concerns. As a result, the food boron content must be determined. For this research, drinking water samples were collected from different areas in southern Basrah, Iraq. The collected water samples were examined using the SSNTDs method to determine boron levels. Boron values in the Al Khatwa district ranged from 0.21 ppm to 9.8 ppm in Al Shuaiba farm2. The results of this investigation were compared to worldwide standards and prior studies. The Iraqi government may use these data to establish guidelines for reducing radioactive pollution of Basrah's drinking water. The boron levels in the 43 surface water samples evaluated in this study were lower than the international standard limits. However, there are some regions where the rates are quite high. As a result, in most areas, the boron level in Basrah's drinking water is normal. However, there is a possibility that boron pollution will become a major issue soon. As a result, further research will be needed in the future.

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“…In the disciplines of radiation protection and environmental radiation monitoring, SSNTDs are commonly employed. The idea of SSNTDs was discovered some years ago; Salman et al (2015) described the basic concepts, while Durrani et al (Parks 2005) provided a comprehensive explanation. Nikezic (Kha et al 2010) published on the specifics of alpha particle detection.…”

Section: Introductionmentioning

confidence: 99%

Measurements of boron concentration from rivers in northern Basrah Governorate using SSNTDs

Algrifi

Salman

2022

Water Supply

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Consumption of boron-contaminated food and drinking water poses several health risks to consumers. As a result, the boron content in food particles must be measured. Drinking water samples were obtained from several locations in Northern Basrah, Iraq, for this investigation. The Solid State Nuclear Track Detector (SSNTDs) technique was used to examine the obtained water samples to identify boron levels. Boron levels were found to range from 0.28 ppm in Al Alwa (Al Qurnah) (tap water) to 1.85 ppm in Oil Street. This study's findings were compared to international standard values and previously published research. These findings might be utilized by the Iraqi government to develop guidelines to decrease radioactive contamination of drinking water in Basrah. The 41 surface water samples tested in this study had boron levels that were lower than the international standard limits. As a result, the boron level in Basrah's drinking water is normal. However, there is a chance that boron contamination will become a serious concern shortly. As a result, additional research is required in the future.

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Diffused transmission of laser beam and image processing tools for alpha-particle track-etch dosimetry in PM-355 SSNTDs

Cited by 13 publications

References 13 publications

Environmental Radiation Dosimetry for school buildings, hospitals and health centers in Babil Governorate-Iraq using TL-technique

Environmental Radiation Dosimetry for school buildings, hospitals and health centers in Babil Governorate-Iraq using TL-technique

Boron Determination in Basrah Rivers Using Solid State Nuclear Track Detector

Measurements of boron concentration from rivers in northern Basrah Governorate using SSNTDs

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