EXPLORING OF THE DEVELOPMENTS IN CRYOGENIC TECHNOLOGIES AND SUPERCONDUCTORS FOR APPLICATIONS IN MEDICAL IMAGING, ENERGY STORAGE, AND TRANSPORTATION
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Keywords
Cryotechnology, Cryogenic technology, Superconductivity, Meissner effect
Abstract
The equipment and procedures used to generate the low-temperature compartments for both the transportation and storage of liquefied gases are referred to by the term cryogenic technologies. Although this field has continued evolving throughout the 19th century, it is currently seeing unparalleled development spurred by the growing need for cryotechnology across many different industries. To get an in-depth understanding of cryogenic technology, encompassing its history and prospects, continue studying. Now superconductivity refers to a property in Physics where there magnetic fields are a more powerful factor and the electrical resistance of a body disappears.
Superconductivity is a phenomenon that is explained in quantum mechanics in Physics. The total cancellation of the magnetic attraction inside a superconductor as it enters the state is known as superconducting. The Meissner effect indicates that superconducting is more complex than just the conventional physics representation of complete conductivity. In the study, the use of cryogenic technology and superconductivity in the improvement of energy storage and medical imaging has been discussed. The impact of the superconductors on the improvement of the quality of the Transportation system is also been considered in the study
References
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M. Ramesh Kumar
Lecturer in Physics, Government degree college, S Kota, Vizianagaram district
M Rajeswara Rao
Lecturer in Physics, S.V.L.N.S Government Degree College, Bheemunipatnam, Visakhapatnam district
Bevara Prasada Rao
Lecturer in Physics, Government degree college, Cheepurupalli, Vizianagaram District