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WANG ANDONG, REN YUHE, SUN WENFU, YU LONGWEI, LIANG JINGMING, GAO TIANQING, GU HAODINGloans.com sh advance same day lucashadv. 1987: GEOTHERMAL OBSERVATION IN EAST LIAONING AND THE HAICHENG SEISMIC AREA. Acta Seismologica Sinica, 9(4): 392-405.
Citation: WANG ANDONG, REN YUHE, SUN WENFU, YU LONGWEI, LIANG JINGMING, GAO TIANQING, GU HAODINGloans.com sh advance same day lucashadv. 1987: GEOTHERMAL OBSERVATION IN EAST LIAONING AND THE HAICHENG SEISMIC AREA. Acta Seismologica Sinica, 9(4): 392-405.
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GEOTHERMAL OBSERVATION IN EAST LIAONING AND THE HAICHENG SEISMIC AREA

  • Seismological Bureau of Liaoning Province

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  • Published Date: September 01, 2011
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    • Abstract
  • We have obtained altogether heat flux data of 23 drill holes including 2 observational holes of thermal flow in the Haicheng seismic area. These data show roughly thermal structure of crust in east Liaoning and the Haicheng seismic area. The results indicate that there is higher rate of heat flow in the north by east belt from Liaoyang to,Xiongyue, and the average thermal flux is 8.2910-2 J/m2s (2.0 HFU). Average thermal flux in the Haicheng seismic area is 9.2210-2J/m2s (2.2 HFU).Comparing with other known geophysical data of the Haicheng seismic area, we give a geophysical section of synthetic interpretation. We suppose the low-velocity layer in the lower crust of the Haicheng seismic area is a result of large-scale intrusion of upper mantle substance. High temperature and low seismic velocity mean that the layer has the nature of plastic mechanics. The focal region of the Haicheng earthquake is situated right in the upper part of that plastic layer. Obviously, this result is significant for studying the seismogenic process of the Haicheng earthquake and other intra-plate earthquakes.We venture to emphasize that the observation of heat flow is indispensible for earthquake study.
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    • References (1)
  • [1] 中国科学院地质研究所地热组,中国第一批大地热流数据,地震学报,1, 91——107,1979,

    [2] 中国科学院地质研究所地热组,地热研究论文集,科学出版社,1978,

    [3] 沈显杰,陆秀文,岩石稳定平板热导仪,地震学报,1, 82——89, 1979,

    [4] Lee, W. H. K. and S. Uyeda, Review of heat flow data, In terrestrial heat flow, Geophys. Monogr.,Amer. Geophys., 8, 87——190, 1965,

    [5] Lee, W. H. K., On the global variations of terrestrial heat flow, Phys. Earth Planet. Inter. 2, 332——341, 1970,

    [6] Press. F., R. Siever, 1975,地球内热,汪集曝摘译自aEarthx,国外地质,1977,1: 1——6.

    [7] 卢造勋,东北地区的深部构造与地震,长春地质学院学报,13, 99——108, 1983,

    [8] 刘国栋,顾群,史书林,孙洁,石障松,刘金汉,京津唐渤和周围地区地壳上地慢电性结构及其与地震活动性的关系,地球物理学报,26, 149—— 157, 1983,

    [9] 卢造勋、张国臣、李竞志、王连仲、赵俊猛,中国海城地震区地壳与上地慢构造特征的研究,深部过程与大陆裂谷,198,年成都国际学术会议论文.

    [1] 中国科学院地质研究所地热组,中国第一批大地热流数据,地震学报,1, 91——107,1979,

    [2] 中国科学院地质研究所地热组,地热研究论文集,科学出版社,1978,

    [3] 沈显杰,陆秀文,岩石稳定平板热导仪,地震学报,1, 82——89, 1979,

    [4] Lee, W. H. K. and S. Uyeda, Review of heat flow data, In terrestrial heat flow, Geophys. Monogr.,Amer. Geophys., 8, 87——190, 1965,

    [5] Lee, W. H. K., On the global variations of terrestrial heat flow, Phys. Earth Planet. Inter. 2, 332——341, 1970,

    [6] Press. F., R. Siever, 1975,地球内热,汪集曝摘译自aEarthx,国外地质,1977,1: 1——6.

    [7] 卢造勋,东北地区的深部构造与地震,长春地质学院学报,13, 99——108, 1983,

    [8] 刘国栋,顾群,史书林,孙洁,石障松,刘金汉,京津唐渤和周围地区地壳上地慢电性结构及其与地震活动性的关系,地球物理学报,26, 149—— 157, 1983,

    [9] 卢造勋、张国臣、李竞志、王连仲、赵俊猛,中国海城地震区地壳与上地慢构造特征的研究,深部过程与大陆裂谷,198,年成都国际学术会议论文.
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