Saudi Arabia is generating 194.4 billion kWh of electricity through 500,000 barrels of oil.
With the demand of electricity growing at 7.5% annually, the country may need 8.3 million …

This paper provides a review and synthesis of research literature on the geological,
mineralogical and geochemical data to uranyl mineralization of the Arabian Nubian Shield …

The entire western Arabian shield is the domain of both hydrothermal and enhanced
geothermal systems associated with volcanic centres (Harrats) and high heat generating …

Jabel Sayed, in the northern part of the Arabian Shield, is an alkaline granite complex. It
consists of syenogranites and aegirine–riebeckite alkali feldspar granites intruded into an …

“Today, over two billion people in developing countries live without any electricity. They lead
lives of misery, walking miles every day for water and firewood, just to survive. What if there …

The world's largest mined rare-earth element deposits are associated with alkaline
magmatism, making it important to understand the mechanisms leading to magmatic and …

Saudi Arabia's dependence on oil and gas to generate electricity and to desalinate sea
water is widely perceived to be economically and politically unsustainable. A recent …

The Neoproterozoic period in the Jabal Sayid and Dayheen areas is characterized by three
distinct magmatic phases: an early magmatic phase of granodiorite–diorite association, a …

The crystal structure of kasolite, Pb [(UO2)(SiO4)](H2O), Z= 4, monoclinic, with a= 6.7050 (3),
b= 6.9257 (2), c= 13.2857 (5) Å, β= 105.064 (4)°, V= 595.74 (3) Å3, the space group P21/c …

This paper discusses the geochemical constraints on genesis of dispersed mineralized
quartz-fluorite veins (QFV) at south west Sinai Peninsula, Egypt. These veins range from …