THE HIGHER PLANTS RESPONSE TO THE LOW-INTENSITY LOCAL ELECTROMAGNETIC RADIATION IN THE UV-VISIBLE, INFRARED AND MILLIMETER WAVELENGTH RANGES

Abstract

Was the electrical responses of cucumber plants (Cucumis sativus L.) on the local electromagnetic radiation (EMR) low-intensity (0,2 to 2,8 mW/cm2) using extraclean diversion of bioelectric potentials (BEP) in the UV, visible, IR and mm (4…8 mm) wavelength ranges. The dependences of the amplitude of the impulse response of BEP from the intensity of the incident EMR. Built on input normalized intensity 0,6 mW/cm2 spectrum, Amy at the BEP plant to the wavelength. Proposed and the mechanism of action of low-intensity local AMY on plant tissue in the IR and millimeter ranges, which overlap with the absorption lines of AMY molecules of water wit- hin the same ranges. The measured spectra of absorption and transmittance of the sheet of cucumber, which are in good agreement with the obtained spectrum.