FIELD: solid-body physics, acoustic systems, high-temperature superconductivity. SUBSTANCE: method involves application of permanent magnetic field, electric field, tension deformation to lattice structure of solid body in various combinations, driving this structure by means of alternating fields until high-energy phonons are generated which provide traveling three-dimensional and two-dimensional acoustic waves or superconducting state for (when ℏ︀ωm>= kT) in conductors. Upper limit of phonon energy ℏ︀εm depends on value of permanent external field which alters both power of acoustic waves and superconductivity transition temperature θn as kθn= ℏ︀ωm, where k and ℏ︀ are Boltzmann and Planck constants, ωm is maximal height of phonons. EFFECT: increased functional capabilities. 2 cl, 2 dwg
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Authors
Dates
1998-03-27—Published
1994-07-20—Filed