Резюме
Рaссamрuвaюmся резульmamы uзмеренuŭ mеnлово
о nоmокa в Осmрaвско-Кaрвuнском у
ольном бaссеŭне. Нaŭ¶rt;енные велuчuны
рa¶rt;uенma mемnерamуры, козффuцuенma mеnлоnрово¶rt;носmu u mеnлово
о nоmокa совмесmно с коор¶rt;uнamaмu сквaжuн u
лубuнным uнmервaлом, в nре¶rt;елах коmоро
о оnре¶rt;елялся mеnловоŭ nоmок nрuве¶rt;ены в Тaбл. 2. Двa uз знaченuŭ Q=1,99 u 2,06×10−6 кав/см2 сек хорощо со
лaсуюmся с ¶rt;aннымu о
еоmермuческом nоле uзучaемоŭ обвaсmu, осmaльные mрu (∼2,5×10−6 кaл/см2 сек) знaчumельно nревыщaюm зmоm ¶rt;uanaзон. Обяснumь эmоm фaкm nокa mру¶rt;но, возможные ¶rt;ово¶rt;ы nрuво¶rt;яmся в нaсmоящеŭ сmamъе.
References
V. Čermák: Results of Geothermic Investigation of Heat Flow in Czechoslovakia in 1964–1966. Studia geoph. et geod., 11 (1967), 342.
V. Čermák: Terrestrial Heat Flow in Czechoslovakia and Its Relation to Some Geological Features. Proc. 23. Int. Geol. Congr., Prague, 5 (1968), 75.
V. Čermák: Heat Flow Investigation in Czechoslovakia. In: A. Ádám (Ed.): Geoelectrical and Geothermal Studies in Central and Eastern Europe, KAPG Geoph. Monograph, Akad. Kiadó, Budapest (in press).
V. Novák: Zemský tepelný tok v hlubiných vrtech Žarošice 1 a 2 v oblasti Ždánického lesa. Věstník ÚÚG, 46 (1971), 277.
V. Čermák: Processing of Heat Flow Data — Thermal Conductivity and Temperature Gradient. In: A. Ádám (Ed.): Geoelectrical and Geothermal Studies in Central and Eastern Europe, KAPG Geoph. Monograph, Akad. Kiadó, Budapest (in press).
E. C. Bullard: The Time Necessary for a Bore Hole to Attain Temperature Equilibrium. MNRAS, Geoph. Suppl., 5 (1947), 127.
A. H. Lachenbruch, H. C. Brewer: Dissipation of the Temperature Effect of Drilling a Well in Arctic Alaska. Geol. Survey Bull., N 1083-C (1959), 73.
V. Čermák: Heat Flow in the Upper Silesian Coal Basin. Pure Appl. Geoph., 69 (1968),
M. Krešl, I. Veselý: Instrument for the Automatic Measurement of the Coefficient of 119. Heat Conductivity of Rocks. Travaux Inst. Geophys. Acad. Tchécosl. Sci. No 361, Geofysikální sborník 1971, Academia, Praha 1973.
E. H. Ratcliffe: Thermal Conductivities of Fused and Crystalline Quartz. Brit. J. Appl. Phys., 10 (1959), 22.
E. C. Bullard: The Disturbance of the Temperature Gradient in the Earth's Crust by Inequalities of Height. MNRAS, Geoph. Suppl., 4 (1940), 360. H. Jeffreys: ibid, p. 309.
W. H. K. Lee, S. Uyeda: Review of Heat Flow Data. In: W. H. K. Lee (Ed.): Terrestrial Heat Flow, Geoph. Monograph No 8, Washington 1965, 87–190.
V. Čermák: Paleoclimatic Effect on the Underground Temperature and Some Problems of Correcting Heat Flow. In: A. Ádám (Ed.): Geoelectrical and Geothermal Studies in Central and Eastern Europe, KAPG Geoph. Monograph, Akad. Kiadó, Budapest (in press).
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Čermák, V. High heat flow measured in Ostrava-Karviná coal basin. Stud Geophys Geod 20, 64–71 (1976). https://doi.org/10.1007/BF01627085
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DOI: https://doi.org/10.1007/BF01627085