The Relationship of Ozone Permeability to Total Solar Radiation in Cloudy Weather in the City Of Baghdad for the Period 1980-2017
Abstract
Geographers are interested in climatic studies, because some climate elements and their various phenomena have a significant impact not only on human life and its various activities but also on all components of the biological system, as the permeability of ozone gas has significant impacts on the climate, so the study of the permeability of ozone gas in Baghdad is a climate study The task that calls for research and investigation, and given the large number of studies on the permeability of ozone gas, and the lack of its data, this study examined the relationship of ozone gas permeability to total solar radiation in cloudy weather in the city of Baghdad for the period (1980-2017) and analysis of its temporal variance in the region of Ald Aceh, search and reached the following: -
1- Calculating the permeability values of the annual ozone gas for the study area, as the annual rate of ozone gas permeability reached about (89)%.
2- Calculating the permeability values of the monthly ozone gas for the study area, as these values increased during the months (May, June, July, August) and reached (0.97)%. And those values decreased in the months of (January and December) and reached about (0.78 and 0.76)%, respectively.
3- Calculating the values of total solar radiation in cloudy weather for the study area, where the annual average values of total solar radiation in cloudy weather reached about (18.83) MJ / m2.
4- Calculating the monthly values of total solar radiation in the cloudy weather of the study area, where those values rose in the months of (June and July), as the monthly rates for these two months in the Baghdad station were about (28.72, 30.02) MJ / m2, respectively. While those values decreased in the month of December, when it reached at the Baghdad station (8.71) MJ / m2.
References
1. محمد جواد ,الاء, رحيم , 2020, علاقة نفاذية الغلاف الشمسي بقيم الاشعاع الشمسي المحسوبة واثرها في الطاقة النظيفة في العراق , اطروحة دكتوراه (غير منشورة ) , كلية التربية للبنات , جامعة الكوفة , ص90 .
2. العميدي ,مروة, خضير, عباس ,2017, تحليل التباين المكاني والزماني لقيم الاشعة فوق البنفسجية في العراق , رسالة ماجستير (غير منشورة) , كلية التربية للبنات ,جامعة الكوفة .
المصادر الاجنبية:
1- Bahadorinejad M, Mirhosseini SA , Clearness index data for various cities in Iran . presented at the third conference on optimization of fuel in building , persion volume .
2- Moon P , Propsed standard solar radiation curves for engeenring use 1940 . J Frankl Inst 230:.
3- Page JK , The estimation of monthly mean values of daily total short – wave radiation on vertical and including surfaces from sunshine records for latitude 40 ºN-40º, 1964, Sol Energy .
3- Sahib Neamh Abdul Wahid ,2010 , Hassan Abbas Juda , calculation of link turbidity in atmosphere over Iraq by solar constant Kufa of Journal of Engineering , Vol . No.2.
4- Saffaripour MH.,2009 Study of influencing parameters and developing metreological models for solar energy gain in a dry and hot region of Iran including five provinces, Ph.D. dissertation , Department of of Mechanical Engineering ,Shahid Bahanour ,University of kerman.
المصادر الحكومية والرسمية:
1- جمهورية العراق , وزارة الموارد المائية , الهيئة العامة للمساحة
2- جمهورية العراق , وزارة النقل والمواصلات , الهيئة العامة للانواء الجوية والرصد الزلزالي ,قسم المناخ ,بيانات غير منشورة .
References
1- Muhammad Jawad, Alaa, Raheem, 2020, the relationship of permeability of the solar cover to the calculated solar radiation values and their effect on clean energy in Iraq, PhD thesis (unpublished), College of Education for Girls, University of Kufa, p. 90.
2- Al-Ameedi, Marwa, Khudair, Abbas, 2017, analysis of spatial and temporal variations of UV values in Iraq, MA (unpublished), College of Education for Girls, University of Kufa.
3- Bahadorinejad M, Mirhosseini SA, Clearness index data for various cities in Iran. presented at the third conference on optimization of fuel in building, persion volume ..
4- Moon P, Propsed standard solar radiation curves for engeenring use 1940. J Frankl Inst 230 :.
5- Page JK, The estimation of monthly mean values of daily total short - wave radiation on vertical and including surfaces from sunshine records for latitude 40 ºN-40º, 1964, Sol Energy.
6- Sahib Neamh Abdul Wahid, 2010, Hassan Abbas Juda, calculation of link turbidity in atmosphere over Iraq by solar constant Kufa of Journal of Engineering, Vol. No.2.
7- Saffaripour MH., 2009 Study of influencing parameters and developing metreological models for solar energy gain in a dry and hot region of Iran including five provinces, Ph.D. dissertation, Department of of Mechanical Engineering, Shahid Bahanour, University of kerman.
8- The Republic of Iraq, Ministry of Water Resources, The Survey Authority.
9- The Republic of Iraq, Ministry of Transport and Communications, General Authority for Meteorology and Seismic Monitoring, Climate Section, unpublished data.
