Method for evaluating on physical grounds the luminous phenomena appearing in the case of the Kirlian effect

摘要

The method allows the distribution of electrical negative and positive charge carriers (N, P) in the electric field of a radio-frequency high-voltage generator (H) in the surrounding and on the surface of an arbitrary, in particular biological object (O) to be determined separately by utilizing the Kirlian effect for diagnostic purposes. By means of a sequence of electrically negative or positive high-voltage pulses (HN, HP) two representations of the luminous phenomena are obtained, as a result of which the origin and kind of the charge carriers (N, P) which occur can be determined. By means of a transparent high-voltage electrode (E) which is constructed from an electrolytical liquid (F), it is possible to record, by means of a video camera (V) and without field distortion due to resistance losses, the luminous phenomena through the high-voltage electrode (E). The distributions of the charge carriers thus obtained can be stored by a computer (C) in a separated and superimposed manner and graphically evaluated and represented. <IMAGE>