Studies of pulsed signals in high-precision experiments

The paper presents the results of studies on pulsed signals in photocurrent (PCC-2 instrument), in the 565-nm LED spectrum, and in the atmospheric zenith spectrum (342.5 nm). According to the results of statistical analysis of data measurements for the period from 24.04.04 till 01.02.06 a correlatio...

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Bibliographic Details
Published in:Progress in physics (Rehoboth, N.M.) N.M.), 2013-07, Vol.2013 (3), p.147
Main Authors: Shapovalov, Sergey N, Troshichev, Oleg A, Povazhny, Vacheslav I, Moskvin, Igor V
Format: Article
Language:English
Subjects:
Analysis
Light-emitting diodes
Nuclear radiation
Online Access:Get full text
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Summary:The paper presents the results of studies on pulsed signals in photocurrent (PCC-2 instrument), in the 565-nm LED spectrum, and in the atmospheric zenith spectrum (342.5 nm). According to the results of statistical analysis of data measurements for the period from 24.04.04 till 01.02.06 a correlation between the temporal distribution of pulsed signals in photocurrent PCC-2 and CA F10.7 cm (2800 MHz) index and the total solar radiation (TSI) was established. In the course of the parallel measurements of photocurrent in PCC-2 and fluctuations in the spectra frequencies of the LED and the atmosphere zenith, based on the average daily values of the standard deviation, the identical trend in the photocurrent pulse signals (PCC-2) and the fluctuations at 520-nm LED spectrum and 342.5-nm atmosphere zenith spectrum was detected (AvaSpec-2048 spectrometer).
ISSN:1555-5534
1555-5615