Mick Shmazian is a highly celebrated mineral prospector who has over twenty years of work experience with mineral projects all over the world. Indeed, Shmazian is one of the most respected specialists in his industry—the identification of mineral projects. Mick Shmazian has worked on a total of four different continents: Australia, North America, Africa, and Asia, during the course of his career. The discovery and then development of mines is an incredibly difficult task these days because of the relative scarcity of new mines to be discovered. The use of newer technology is a good solution to this problem. It increases the likelihood that new minerals could be discovered. Mick Shmazian has worked to review and research mineral deposits in the country of Australia for many years, decades in fact. The extensive amount of work Shmazian has done has helped to develop a massive database of mineral deposits all over the world. Mick Shmazian did the initial work for his database in North Western Australia, especially in the region surrounding Pilbara.

Uranium And Its Uses

Uranium has the chemical symbol of U and atomic number 92. Uranium is mildly radioactive and can be found in earth, water, and rock. It is only found in very low levels of concentration in these instances and it most often mined from minerals such as uraninite. Although it has enjoyed several hundred years of use in various fields, its most recent uses are based on its nuclear properties. As such it has extensive military uses as well as energy production uses.

Pre-Discovery Uses

The discovery of the element is credited to German chemist Martin Heinrich Klaproth in 1789 but the mineral itself was used for centuries prior to its discovery. Colored roman glass has had its unique yellow coloring credited to the existence of uranium oxide, for example. Pitchblende, which is the most basic form of uranium, was still used in the Middle Ages as a means to color glass.

Early Days And The Discovery of Radiation

While the element was discovered officially in 1789, it wasn’t until 1841 that it was actually recognized and identified properly and in 1896 it was responsible for first discovering radioactivity. Like many scientific discoveries it was an accident. Scientist Antoine Henri Becquerel left uranium salt on a photographic plate in a confined drawer. Having seen the discoloration of the plate next morning he ascertained that the uranium must give off a type of ray other than light.

Military Uses of Uranium

Military uses of uranium do vary but it is especially beneficial in the production of weapons, ammunition, and armor plating. Depleted uranium is used in the manufacture of armor piercing ammunition and it is, of course, used in the manufacture of nuclear fission bombs in which it acts as the fission agent.

Nuclear Power And other Civilian Uranium Uses

As well as military uses, uranium has also endured some mixed press in its civilian use. Historically, it has been used in photographic equipment and even in some medical settings although recent developments indicate that it may have done more harm than good in these cases. Uranium is still used in nuclear power plants – one kilogram of the more powerful uranium-235 can provide as much energy as 3,000 tonnes of coal making it an efficient but much derided method of generating energy.

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