SOME NEW POSSIBILITIES OF SUPERHEATED SUPERCONDUCTING GRAIN (SSG) DETECTOR CHARACTERISTICS IMPROVEMENT

Author:

GEVORGYAN S.G.1

Affiliation:

1. Institute for Physical Research, Armenian National Academy of Sciences, 378410, Ashtarak-2, Armenia

Abstract

This work is devoted to presentation the detail study results concerning the superconductivity destruction processes in solid colloids of superheated superconducting tin grains (SSG) under the influence of x rays of various energy and intensity, at different values of temperature and applied magnetic field. The research results have revealed the existence of a SSG detector optimal operating mode, permitting the formulation of some practical recipes for improvement of its characteristics. While solving the problem, our group came to the conclusion that more or less serious step forward in the creation of up-to-date and moreover future SSG detectors of ionizing radiation and exotic elementary particles could only be made by significantly improving the preparation technology of micron-size grains and colloids on their basis, and the detailed study of the physics of metastable superheated state of grained superconducting system, as well as by perfecting the old traditional and elaborating the new methods of researches of the above mentioned and analogous objects. This has required the preparation and investigation of a great number of solid colloids of tin spherical grains in paraffin matrix with different sizes of granules and with various average distances between the grains in suspension.

Publisher

World Scientific Pub Co Pte Lt

Subject

Condensed Matter Physics,Statistical and Nonlinear Physics

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