FACILITY AND METHOD TO RECORD ENERGY-INFORMATION EFFECT ON TESTED OBJECT Russian patent published in 2003 - IPC

FIELD: study and analysis of biological materials, organic and inorganic substances and materials made of them, radio electronic devices. SUBSTANCE: invention can find use for recording of superfaint energy-information effects on tested objects and can be utilized in medicine, ecology, biophysics. Facility to record energy-information effect on tested object includes signal detector, signal amplification and conversion unit, resistance coupling unit, signal processing unit connected in series. Signal detector comes in the form of four silicon monocrystals arranged on common substrate connected to power supply source. Each monocrystal is connected through separate channel to its own input of signal amplification and conversion unit. Each channel of the latter incorporates instrument amplifier, general assignment amplifier, band-pass filter, microcontroller with built-in analog-to-digital converter common for all channels connected in series. Input of converter is connected to band-pass filters and its output is linked to input of resistance coupling unit, all elements of signal amplification and conversion unit are connected to voltage stabilizer connected to power supply source. Output of resistance coupling unit is connected to input of signal processing unit that incorporates data storage circuit and mathematical data processing unit. Method recording energy-information effect on tested object includes evaluation of substance-information carrier before and after energy- information action. Specific feature of method lies in utilization of silicon or its compound in the capacity of substance-information carrier. Substance-information carrier is placed for at least 24 h into hollow cylindrical open chamber made of aluminum alloy arranged horizontally before exposure to energy-information effect. Energy-information effect of tested object on substance-information carrier is exercised outside of chamber. Substance-information carrier is positioned at distance not more than 3 mm from signal detector of proposed facility. Dynamics of varying voltage reflecting inherent noise emerging in signal detector under effect of substance- information carrier is recorded in each detector channel for more than one minute before and after energy-information effect and presence or absence of energy- information effect is recognized by means of computer program based on neuron networks. EFFECT: direct evaluation of energy-information effect of tested object on substance-information carrier, possibility of utilization of substances-information carriers in solid phase without any change of their state or any other effect on them coupled to necessity of recording energy-information effect, reduced labor input to method. 2 cl, 4 dwg