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Deanship of Scientific Research
Document Details
Document Type
:
Project
Document Title
:
The development of special materials to shield neutrons and gamma Ohotai of materials or primary products are available locally.
تطوير مواد خاصة لدرع أشعتي جاما والنيوترونات من مواد أو منتجات أولية متوفرة محلياً.
Document Language
:
Arabic
Abstract
:
We have been in this project is to develop Khrasana with high specifications in blocking radiation, based on locally available materials. Vhadjb neutron radiation used a poly ethylene - ethylene or my material. At. C As a component of concrete where they produce these materials in large quantities in the Kingdom of g and the fact that these articles contain the elements hydrogen and carbon Tiotronat to shield it was too high. Add to that had this type of concrete, good toughness and was lighter than normal concrete. As to block gamma rays has been studied types of heavy rock in the Kingdom and used as components of the concrete where it has shown two types of them in particular is Alparat pyrite and high block to UV. To make a shield radiation with a blocking high for both types of rays were mixed Alldin with heavy rocks and the different proportions of each ratio gives a certain degree of blocking for each of the Alohatin and therefore there will be a flexible and clear when designing a shield radioactive source contains two types of radiation to varying degrees. We have also examined the types of solid concrete produced extensive and different processing times. Concrete rocks showed the highest hardness, followed by heavy concrete me. At. C and then concrete polyethylene. Used three types of experiments which draw the private transactions of different radiation shield.
Publishing Year
:
1409 AH
1989 AD
Sponsor Name
:
kau
Sponsorship Year
:
1409 AH
1989 AD
Added Date
:
Wednesday, April 30, 2008
Researchers
Researcher Name (Arabic)
Researcher Name (English)
Researcher Type
Dr Grade
Email
سمير عبدالمجيد الزيدي
alzaidi, samir abdulmajeed
Investigator
Doctorate
Files
File Name
Type
Description
30043.docx
docx
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