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QUANTA BEHAVIOR OF METEOROLOGICAL PARAMETERS ON A THREE HOUR MEASUREMENTS BETWEEN THE DECEMBER SOLSTICES
Abstract
Factor analysis of three-hour dynamics from the winter solstice 22.12.2013 to 21.12.2014 of four meteorological parameters: atmospheric pressure; air temperature; relative humidity; dew point temperature was carried out by the method of identification of stable regularities (weather station Yoshkar-Ola, Russia, 2917WMO_ID=27485). The sample capacity was 2917 rows. The correlation coefficient increased to 0.5065, which is more than 0.4583 for a seven-year data set. The ranking of the factors changed only for dependent parameters: the air pressure was the third. 14 members of the model were accepted for all meteorological parameters. The article analyzed the first four terms. For the dynamics of air pressure, the first term shows a decrease from the beginning of the year to its end, and the second term ? an increase in air pressure. And two wavelets counteract the growth of air pressure. The period of oscillation of the third member at the beginning of the year is 21.2 days. Second wavelet on 22.12.2013 had a period 33.0 days. For the dynamics of relative humidity, the first term is the law of death, and the second term of the trend is the biotechnical law showing the limit of increase. The third term characterizes the daily fluctuation with a constant period of 0.5 days. The maximum oscillation period of 129.4 days is in the 11th member of the model. At air pressure and dew point temperature daily fluctuations are observed. For the dynamics of the dew point temperature, the first term, as well as for the air temperature, has a negative sign and therefore shows the effect of space (global cooling). And the second member of the biotechnical law gives the growth of the meteorological parameter due to sunlight to the summer equinox. The third term gives a jerk of the oscillatory perturbation of the dew point temperature in the first 100 days. The quantum certainty of binary relations is different.
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