PRINT (ISSN) 2319-1783
ONLINE (ISSN) 2320-1126
ONLINE (ISSN) 2320-1126
Hesham A. Yousef1*, Gehad M. Saleh2, A. H. El-Farrash3 and A. Hamza3
Radon concentrations and exhalation rate were measured using Can Technique with CR-39 plastic track detectors for phosphate rocks samples from Safaga and El-Hamrawayn areas in the Eastern Desert, Egypt. The values of radon concentrations ranged from 1362.21- 20045.30 Bqm-3, 764.84 -17828.48 Bqm-3 and the values of surface exhalation rate ranged from 1.22-18.07 Bqm-2h-1, 1.09-16.07 Bqm-2h-1 for Safaga and El-Hamrawayn, respectively. From the results we can conclude that the values of radon concentration in Safaga higher than El-Hamrawayn. The present study aimed to detect any harmful radiation that would affect the human and radioactivity background levels.
https://doi.org/10.62226/ijarst20150317
PAGES : 367-373 | 34 VIEWS | 78 DOWNLOADS
Hesham A. Yousef1*, Gehad M. Saleh2, A. H. El-Farrash3 and A. Hamza3 | Indoor Radon Concentration for Phosphate Rocks Samples Using CR-39 Detector. | DOI : https://doi.org/10.62226/ijarst20150317
| Journal Frequency: | ISSN 2320-1126, Monthly | |
| Paper Submission: | Throughout the month | |
| Acceptance Notification: | Within 6 days | |
| Subject Areas: | Engineering, Science & Technology | |
| Publishing Model: | Open Access | |
| Publication Fee: | USD 60 USD 50 | |
| Publication Impact Factor: | 6.76 | |
| Certificate Delivery: | Digital |
IJARST aims to drive the costs of publishing down, while improving the overall publishing experience, and providing authors with a publication venue suitable for the 21st Century.
IJARST brings an exciting model of eco friendly scientific dissemination. Editors & Reviewers can Apply now to be part of the IJARST editorial initiative.
© 2022 IJARST | Public user content licensed CC BY 4.0 unless otherwise specified.
