ZHANG ZHAODONGup, ZHENG JINHANup2, FENG CHUGANGup3. 1990: ADJUSTMENT VARIATION OF STRESS FIELD IN CHINA WITH THE AKITA EARTHQUAKE IN JAPAN IN 1983. Acta Seismologica Sinica, 12(1): 60-69.
Citation: ZHANG ZHAODONGup, ZHENG JINHANup2, FENG CHUGANGup3. 1990: ADJUSTMENT VARIATION OF STRESS FIELD IN CHINA WITH THE AKITA EARTHQUAKE IN JAPAN IN 1983. Acta Seismologica Sinica, 12(1): 60-69.

ADJUSTMENT VARIATION OF STRESS FIELD IN CHINA WITH THE AKITA EARTHQUAKE IN JAPAN IN 1983

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  • Published Date: September 01, 2011
  • In this paper the quantitative relationship between water head in a model of horizontal multilayer aquifer and stress in aquifer has been deduced. Based on the observational data of co-seismic step variations of water level at 52 wells at the time of the Akita earthquake,Japan,the adjustment variation of co-seismic stress field in China has been calculated by means of the effect of bulk strain tide on water level in wells. The probable origin that areas of stress increment alternate with areas of stress decrement during the stress adjustment in China has also been discussed.
  • [1] Johnson, A. G., Kovach, R. L., N ur, A., 1974. Fluid pressure variations and fault creep in central California. Tectonophytics, 23, 257——266.

    [2] 汪成民、罗光伟、石锡钟,1981.地震前后地下水位异常动态与岩体裂隙演变.地震科学研究,4: 1——7,

    [3] 李永善,1979,构造应力引起地下水位变化的主要特征.西北地震学报,1,1,16——22,

    [4] Bredehoeft, J. D.,1967. Response of well——aquifer systems to earth tides.J.Geophys. Res., 72,12, 3075——3087.

    [5] Narasimhan, T. N., Kanehiro, B. Y. and Witherspoon, P. A. 1984. Interpretation of earth tide response of three deep, confined aquifers.J.Geophys. Res., 89, B3, 1913——1924,

    [6] 张昭栋、郑金涵、冯初刚,1986.气压对水井水位观测的影响.地震,1: 42——46,

    [7] 张昭栋、郑金涵、冯初刚,1986.水井水位的降水荷载效应.地震学报,8,增刊,101——110,

    [8] 张昭栋、郑金涵、冯初刚,1986.体膨胀固体潮对水井水位观测的影响.地震研究,4,465——472,

    [9] 张国民、杨军,1983,潮汐现象和地震前兆观测.地震,1: 1——5,

    [10] 李方全、刘光勋,1986,地应力侧量、地壳上部应力状态与地震.中国地震,2,1,50——55,

    [11] 许绍燮,1984.地震活动性图象述评.大陆地震活动和地震预报国际学术讨论会论文集,3 ——30.地震出版社.

    [12] 苏刚、许绍燮,1985,地震前兆现象与地壳屈曲.地震研究,8, 565——575,

    [13] 张昭栋、郑金涵、冯初刚,1988.——种估算地震引起应力场调整的新方法.地震,3: 19——27,

    [14] 张昭栋、王宝银、冯运才、丁仁杰、李正中、刘宝恒、田竹君,1988.井水位固体潮分析.地震监测与预报方法清理成果汇编,地下水分册,186——189.地震出版社.

    [1] Johnson, A. G., Kovach, R. L., N ur, A., 1974. Fluid pressure variations and fault creep in central California. Tectonophytics, 23, 257——266.

    [2] 汪成民、罗光伟、石锡钟,1981.地震前后地下水位异常动态与岩体裂隙演变.地震科学研究,4: 1——7,

    [3] 李永善,1979,构造应力引起地下水位变化的主要特征.西北地震学报,1,1,16——22,

    [4] Bredehoeft, J. D.,1967. Response of well——aquifer systems to earth tides.J.Geophys. Res., 72,12, 3075——3087.

    [5] Narasimhan, T. N., Kanehiro, B. Y. and Witherspoon, P. A. 1984. Interpretation of earth tide response of three deep, confined aquifers.J.Geophys. Res., 89, B3, 1913——1924,

    [6] 张昭栋、郑金涵、冯初刚,1986.气压对水井水位观测的影响.地震,1: 42——46,

    [7] 张昭栋、郑金涵、冯初刚,1986.水井水位的降水荷载效应.地震学报,8,增刊,101——110,

    [8] 张昭栋、郑金涵、冯初刚,1986.体膨胀固体潮对水井水位观测的影响.地震研究,4,465——472,

    [9] 张国民、杨军,1983,潮汐现象和地震前兆观测.地震,1: 1——5,

    [10] 李方全、刘光勋,1986,地应力侧量、地壳上部应力状态与地震.中国地震,2,1,50——55,

    [11] 许绍燮,1984.地震活动性图象述评.大陆地震活动和地震预报国际学术讨论会论文集,3 ——30.地震出版社.

    [12] 苏刚、许绍燮,1985,地震前兆现象与地壳屈曲.地震研究,8, 565——575,

    [13] 张昭栋、郑金涵、冯初刚,1988.——种估算地震引起应力场调整的新方法.地震,3: 19——27,

    [14] 张昭栋、王宝银、冯运才、丁仁杰、李正中、刘宝恒、田竹君,1988.井水位固体潮分析.地震监测与预报方法清理成果汇编,地下水分册,186——189.地震出版社.

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