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Physics Today, 1973
The quest for fusion power began some forty years ago, with the discovery of nuclear fusion reactions, followed by the theory of thermonuclear processes, which successfully explained the source of the energy of the Sun and stars. But then, apart from the musings of a perceptive few, nearly twenty years passed before heightened interest in nuclear ...
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The quest for fusion power began some forty years ago, with the discovery of nuclear fusion reactions, followed by the theory of thermonuclear processes, which successfully explained the source of the energy of the Sun and stars. But then, apart from the musings of a perceptive few, nearly twenty years passed before heightened interest in nuclear ...
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On the power of algorithm fusion
SPIE Proceedings, 2001The fusion of multiple detection/classification algorithms is proving a very powerful approach for dramatically reducing false alarm rate, while still maintaining a high probability of detection and classification. This paper presents insights on how algorithm fusion achieves these benefits.
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On the development of fusion power
Journal of Nuclear Materials, 1981To harness the power of the sun for practical commercial applications, fusion research has been pursued for more than thirty years. The road has been filled with surprises, some up, some down, some sideways. The decade of the 1950’s produced great expectations as ideas for magnetic confinement development flourished.
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2011
It has not yet been possible to assume that the use of fusion power plants (FPPs) will be viable. However, due to the enormous energy potential that could be tapped through them, this possibility is being actively explored. One technology that has been developed in this regard is plasma fusion, in which a plasma of heavy and superheavy hydrogen ...
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It has not yet been possible to assume that the use of fusion power plants (FPPs) will be viable. However, due to the enormous energy potential that could be tapped through them, this possibility is being actively explored. One technology that has been developed in this regard is plasma fusion, in which a plasma of heavy and superheavy hydrogen ...
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The Technological Requirements for Power by Fusion
Nuclear Science and Engineering, 1975In this paper the major technological requirements for fusion power, as implied by current conceptual designs of fusion power plants, are elucidated and assessed.
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Fusion Power Measurement at ITER
IEEE Transactions on Nuclear Science, 2016Nuclear fusion research aims to provide energy for the future in a sustainable way and the goal of ITER project is to demonstrate the feasibility of nuclear fusion energy. ITER is a nuclear experimental reactor based on a large scale fusion plasma device (of tokamak type) generating Deuterium — Tritium (DT) fusion reactions with emission of 14 MeV ...
Nikolay Yukhnov +7 more
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Modelling materials for fusion power
International Materials Reviews, 2011Fusion has the potential for delivering safe, clean, low carbon power; however, significant scientific and engineering hurdles must first be overcome. One such hurdle is the design of materials that will withstand the harsh conditions. The materials which line the vessel walls will experience exceptionally high heat and particle fluxes, which will ...
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2016
In shipbuilding applications, electrical energy is most widely used in the form of arc for several welding processes and as resistance of molten slag in case of electro-slag welding. Arc welding requires a power source that can deliver electrical power at low voltage and high current such that it can establish and sustain an arc plasma column between ...
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In shipbuilding applications, electrical energy is most widely used in the form of arc for several welding processes and as resistance of molten slag in case of electro-slag welding. Arc welding requires a power source that can deliver electrical power at low voltage and high current such that it can establish and sustain an arc plasma column between ...
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