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Cited by 9 publications
(11 citation statements)
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“…The average relative error of the temperature prediction evaluated by the first technique is 11.9%, which is an unexpectedly good result for this region, characterized by a complex geological structure and a large scatter of temperature distributions (Zakharova et al, 2007). The average relative errors of prediction by the second technique and from samples of the temperature logs are 29.9 and 29.5%, respectively.…”
Section: Effect Of the Calibration Strategymentioning
confidence: 94%
See 1 more Smart Citation
“…The average relative error of the temperature prediction evaluated by the first technique is 11.9%, which is an unexpectedly good result for this region, characterized by a complex geological structure and a large scatter of temperature distributions (Zakharova et al, 2007). The average relative errors of prediction by the second technique and from samples of the temperature logs are 29.9 and 29.5%, respectively.…”
Section: Effect Of the Calibration Strategymentioning
confidence: 94%
“…These deposits 10 to 800 m thick include intense low temperature flows of free level groundwater within the alluvial bench and are fed through the percolation surface and river waters indicated in the Fig. 1 by thin lines (Zakharova et al, 2007).…”
Section: Geological Setting and Groundwater Regimementioning
confidence: 99%
“…The temperature profiles revealed using the resistivity profiles determined from the MT data in the nearest sites were compared with those determined in the same boreholes by neural network interpolation of the temperature logs collected in all other wells. According to (Spichak et al, 2011c) the average relative error of temperature prognosis constructed in accordance with the first technique was 11.9%, which turned out an unexpectedly good result for the region of interest, because it has a rather complex geologic structure and widespread of temperature distribution (Zakharova et al, 2007). The average relative error of neural network prognosis involving sets of temperature logs only amounted to 29.5%.…”
Section: Temperature Estimation In the Interwell Spacementioning
confidence: 98%
“…These 10-800-m-thick deposits include intense low temperature flows of free level groundwater within the alluvial bench and are fed through the percolation of surface and river waters (Zakharova et al, 2007). Groundwater flow of the pore and pore-fracture circulation types prevails in marginal parts of the Chu basin.…”
Section: Geological Setting and The Regime Of The Underground Watersmentioning
confidence: 99%
“…Variations in the electrical resistivity within this horizon are caused by facial changes in these formations, that is, these variations are indirectly indicative of the conditions of sedimentation and structural specificity existed at that time. Zakharova et al (2007) have carried out a study aimed at estimation of the correlation between the electrical conductivity determined from MT sounding and temperature data collected in the northern Tuen Shan area. Besides, as the experience shows of geologists involved for many years in the study of the region (Lesik, 1988;Makarov, 1990;Makeev, 2004), in the eastern part of the Chu depression the behavior of electrical conductivity in the vicinity of specific wells can be explained by geological peculiarities at corresponding depths.…”
Section: Em Soundingsmentioning
confidence: 99%