SYSTEM CHANGES DAILY RAIN CITING THE ANALYSIS OF CHAOTIC IN SHIRAZ

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MAZIDI A.; KAMANE A.A.; MOZAFARI GH.A.; NARANGIFARD M.

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Journal: Geography Year:2016 | Volume:14 | Issue:50 Page(s): 147-169

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Title

SYSTEM CHANGES DAILY RAIN CITING THE ANALYSIS OF CHAOTIC IN SHIRAZ

Author(s)

MAZIDI A. | KAMANE A.A. | MOZAFARI GH.A. | NARANGIFARD M. | Issue Writer Certificate

Keywords

CHAOSQ1

RAINQ2

FRACTALQ1

EQUILIBRIUMQ1

SHIRAZQ1

Abstract

To study the changes and structure of daily precipitation synoptic SHIRAZ, long-term RAINfall data for the period of 58 years (1956-2013) were used And based on quantitative analytical methods based on inductive and deductive trigonal calculations and univariate matrix with two outputs calculations were performed. By applying nonlinear criterions 58 year on the daily data temperature, RAIN and pressure the domain of input and output range is calculated, the results showed that although daily oscillations in pressure and temperature of the well-fractal structure follow, This that finding confirms the dynamics of two climatic parameters pressure and temperature Disequilibrium is the Nonequilibrium. However, that trend SHIRAZ daily RAIN in the range of 0.2 and 0.3 on the longitudinal axis of the FRACTAL structure does not comply. So it should be used in the analysis of dynamics RAIN chaotic logic. SHIRAZ RAIN the dynamic to algebra simplex argument for the function Y=5.0123 x0.2315 with 97.98 percent correlation defined, that this function is Real reliability and trend; If the mentioned trend on each input and output data taken in the chaotic rotational structure function will be fixed on 139906.8 mathematical quantity. This implies chaotic RAIN system of the fluctuations of synoptic stations SHIRAZ. As a result of the structure RAINy SHIRAZ from algebra CHAOS follows, In fact, the logic of CHAOS RAINfall indicative of trend variable dynamics is the study of EQUILIBRIUM to Nonequilibrium. The dynamic Nonequilibrium of pressure and temperature FRACTAL SHIRAZ station complementary Disequilibrium at RAINfall oscillational this station.

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APA: Copy

MAZIDI, A., KAMANE, A.A., MOZAFARI, GH.A., & NARANGIFARD, M.. (2016). SYSTEM CHANGES DAILY RAIN CITING THE ANALYSIS OF CHAOTIC IN SHIRAZ. GEOGRAPHY, 14(50), 147-169. SID. https://sid.ir/paper/150173/en

Vancouver: Copy

MAZIDI A., KAMANE A.A., MOZAFARI GH.A., NARANGIFARD M.. SYSTEM CHANGES DAILY RAIN CITING THE ANALYSIS OF CHAOTIC IN SHIRAZ. GEOGRAPHY[Internet]. 2016;14(50):147-169. Available from: https://sid.ir/paper/150173/en

IEEE: Copy

A. MAZIDI, A.A. KAMANE, GH.A. MOZAFARI, and M. NARANGIFARD, “SYSTEM CHANGES DAILY RAIN CITING THE ANALYSIS OF CHAOTIC IN SHIRAZ,” GEOGRAPHY, vol. 14, no. 50, pp. 147–169, 2016, [Online]. Available: https://sid.ir/paper/150173/en

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