Plasma: The Power of the Sun :: physics science plasma fusion energy

As we enter the twenty-first century the average humans life is dictated by the production and touchstone of thrust. This sinew is produced in many different forms, from fossil fuel to hydro and solar power. Though this production of energy has sufficed up till now, a realisation has occurred that the depletion of our current sources is imminent. As a result of this energy crisis, a locomote to find an alternative energy supply has been put forth. Through plasm fusions nearly inexhaustible supply of fuel, its lack of greenhouse gases and the amazing spin off technologies that have developed through plasma research, it is the answer to the current energy crises.FusionTo understand the technology behind plasma fusion, fusion itself moldiness be understood. Fusion is the combining of two or more atoms of execrable mount, which are initially attracted to each other, to form one atom of great mass. When two atoms combine to form a single atom, they have fused. This fusing releas es a large get along of energy with respect to the amount of mass and energy that was initially put into the reaction. This combination releases energy in the form of dimer and heat.Energy is created in a fusion reaction through the outlet of atomic mass from the beginning to the end of the reaction. The mass of the two atoms is importantly more than the mass of the new atom, which they fused together to form. This loss of mass is subsequently reborn into pure energy in the form of light and heat. The reason for this amazing discovery is that mass is just a toilsome form of energy. This understanding between the relationship of mass and energy was detect by Albert Einstein and illustrated in his famous equation E=mc2, where E is energy, m is mass, and c is the speed of light. Through this equation the amount of energy held within a mass can be determined. In a plasma fusion reaction between two heat content atoms the decrease in mass is about 4x10-29 kg. This mass is then co nverted to energy, equaling 23.9 MeV. To appreciate the magnitude of this result note that if 1g of hydrogen is converted to helium, the energy released would be worth about $70,000 (Physics for scientist and Engineers 1276). FissionIn a fission resolution an example of a reaction at an atomic level is an (A)tomic-bomb. The fission bomb harnesses the power of an atom through an uncontrolled reaction.