Abstract: An electromagnetic prober comprising a transmission antenna, a reception antenna, a reception signal processing section for generating an analytic signal on the basis of a detection signal of the reception antenna, and an analytic processing section for performing a predefined analytic process on the basis of the analytic signal, wherein the analytic processing section divides the analytic signal into a plurality of time-based ranges and performs a predefined computation on average cycle periods in the respective time-based ranges of the analytic signal to calculate average dielectric constants in depth ranges of the medium corresponding to the respective time-based ranges.

Abstract: An electromagnetic prober comprising a transmission antenna, a reception antenna, a reception signal processing section for generating an analytic signal on the basis of a detection signal of the reception antenna, and an analytic processing section for performing a predefined analytic process on the basis of the analytic signal, wherein the analytic processing section divides the analytic signal into a plurality of time-based ranges and performs a predefined computation on average cycle periods in the respective time-based ranges of the analytic signal to calculate average dielectric constants in depth ranges of the medium corresponding to the respective time-based ranges.

Abstract: An electromagnetic prober comprising a transmission antenna, a reception antenna, a reception signal processing section for generating an analytic signal on the basis of a detection signal of the reception antenna, and an analytic processing section for performing a predefined analytic process on the basis of the analytic signal, wherein the analytic processing section divides the analytic signal into a plurality of time-based ranges and performs a predefined computation on average cycle periods in the respective time-based ranges of the analytic signal to calculate average dielectric constants in depth ranges of the medium corresponding to the respective time-based ranges.

Abstract: An electromagnetic prober comprising a transmission antenna, a reception antenna, a reception signal processing section for generating an analytic signal on the basis of a detection signal of the reception antenna, and an analytic processing section for performing a predefined analytic process on the basis of the analytic signal, wherein the analytic processing section divides the analytic signal into a plurality of time-based ranges and performs a predefined computation on average cycle periods in the respective time-based ranges of the analytic signal to calculate average dielectric constants in depth ranges of the medium corresponding to the respective time-based ranges.

Abstract: A brush coupled to a hairdye ejecting apparatus in which a first hairdye and a second hairdye are simultaneously ejected from a pair of storing vessels to dye or to decolorize the hairs. The first hairdye and the second hairdye can be ejected in a combination of them, thereby making it possible to dye or decolorize the hairs by only one stroke of the brush. In the brush coupled to a hairdye ejecting apparatus according to the present invention, if a push button 18 is pressed, a pair of levers 28 are pivoted downward to push down a pair of blocks 15. Then the pair of the blocks 15 press down a pair nozzles 11b of a tank 11, with the result that the hairdyes are supplied into the blocks 15. Then the hairdyes are supplied to a hairdye collecting member 16 where the hairdyes are mixed together. Then the mixed hairdyes pass through a guide pipe 17, a conduit 33, and a plurality of branch conduits 33a so as to be ultimately ejected through outlets 35a of hairdye ejecting comb blades 35 to the hairs of the user.