METHOD FOR CAPTURING THE CHANGES INDUCED IN AN INITIAL CRYSTAL STRUCTURE BY THE ACTION OF THE ACOUSTIC AND ELECTROMAGNETIC FIELDS OF A BIOLOGICAL MEDIUM AND A DEVICE FOR CARRYING OUT SAID METHOD, METHOD FOR DUPLICATING THE CHANGES IN THE INITIAL CRYSTAL STRUCTURE IN THE STRUCTURE OF A DUPLICATE CRYSTAL (VARIANTS) AND A DEVICE FOR CARRYING OUT SAID METHOD (VARIANTS), METHOD FOR EXERTING AN EFFECT ON A BIOLOGICAL OBJECT (VARIANTS) AND A DEVICE FOR CARRYING OUT SAID METHOD
RASNETSOV LEV DAVIDOVICH,SHVARTSMAN LAKOV YUDELEVICH,CHEREPENNIKOV VLADIMIR VASILYEVICH,MUDROV VLADIMIR MIKHAILOVICH,VINOKUROV MIKHAIL EVGENYEVICH
申请号：
IN3929/DELNP/2011
公开号：
IN2011DN03929A
申请日:
2011.05.25
申请国别(地区):
IN
年份:
2012
代理人:
摘要：
using a crystal whose structure comprises a least one semiconductor junction, positioning the crystal on an insulating plate which is in direct contact with the biological medium placed in a container, and capturing the changes in the crystal structure by means of exposing the semiconductor junction thereof to a cut-off polarity electric pulse. A method for duplicating the changes that occurred in the initial crystal structure in a duplicate crystal structure is characterized in that both crystals are positioned on one face of a water-filled hollow insulating cartridge then the semiconductor junction of the initial crystal is repeatedly exposed to the action of a straight-polarity reproduction pulse, after which the semiconductor junction of the duplicate crystal is exposed to the action of a capture cut-off polarity pulse. The method for causing an effect on a biological object is characterized in that a crystal having a changed structure is positioned on one face of a water-filled hollow insulating cartridge another face of which is in direct contact with the biological object, and the semiconductor junction of the crystal is repeatedly exposed to the action of a straight-polarity electric pulse. The method for causing an effect on a biological object according to a second variant is characterized in that the semiconductor junction of the crystal is repeatedly exposed to the action of a straight-polarity electric pulse and the generated electric current oscillations modulate the light flux of a light-emitting diode or a laser which is directed to the biological object. A device for capturing the changes induced by the action of acoustic and electromagnetic fields of a biological medium in an initial crystal structure comprising at least one semiconductor junction, comprises a capture pulse generator 1 the outlet whereof is connected in cut-off polarity to the semiconductor junction of the crystal 2 mounted on an insulating plate 4 which is in contact with a biolog
