Site Effects Study in a Shallow Glaciofluvial Basin Using H/V Spectral Ratios From Ambient Noise and Earthquake Data: The Case of Bovec Basin (NW Slovenia)

ANDREJ GOSAR

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Site Effects Study in a Shallow Glaciofluvial Basin Using H/V Spectral Ratios From Ambient Noise and Earthquake Data: The Case of Bovec Basin (NW Slovenia)

机译：利用环境噪声和地震数据的H / V光谱比在浅冰川河流盆地进行场地效应研究：以Bovec盆地为例（斯洛文尼亚西北部）

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The Bovec basin, which is located in the alpine valley of the Soca river (NW Slovenia), was recently struck by two strong earthquakes (1998 and 2004) which caused extensive damage of maximum intensity VII-VIII EMS-98. Macroseismic data for both events sho

机译：位于Soca河（斯洛文尼亚西北部）高山山谷的Bovec盆地最近遭受两次强烈地震（1998年和2004年）袭击，造成最大强度为VII-VIII EMS-98的广泛破坏。两个事件的宏观地震数据

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来源
《Journal of Earthquake Engineering》 |2008年第1期|p.17-35|共19页
作者
ANDREJ GOSAR;
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作者单位

Environmental Agency of Slovenia, Seismology and Geology Office and University of Ljubljana, Ljubljana, Slovenia;

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原文格式 PDF
正文语种 eng
中图分类天文学、地球科学;
关键词
site effects; H/V spectral ratio; ambient noise; ground motion amplification;

机译：场地效应;H / V谱比;环境噪声;地震动放大;

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1. Microtremor HVSR study for assessing site effects in the Bovec basin (NW Slovenia) related to 1998 M_W5.6 and 2004 M_W5.2 earthquakes [J] . Andrej Gosar Engineering Geology . 2007,第2a4期

机译：用于评估与1998年M5.6级地震和2004年M5.2级地震有关的Bovec盆地（斯洛文尼亚西北部）场地影响的微震HVSR研究
2. Clast fabric analyses; an additional tool used for genetic interpretation of diamictons in Bovec Basin, Log pod Mangartom and Stoze, NW Slovenia [J] . MILOS BAVEC RMZ/Materials and Geoenvironment . 2000,第3a4期

机译：碎裂织物分析;斯洛文尼亚西北部Bovec盆地，Log Pod Mangartom和Stoze中双孢子虫的遗传解释的另一种工具
3. Site effects and soil-structure resonance study in the Kobarid basin (NW Slovenia) using microtremors [J] . Gosar A. Natural Hazards and Earth System Sciences Discussions . 2010,第4期

机译：使用Microtremors的Kobarid盆地（NW斯洛文尼亚）的现场效应和土壤结构共振研究
4. Chapter 4.1 Microtremor Soil-Structure Resonance Study in the Bovec Basin (NW Slovenia) Related to 1998 and 2004 Damaging Earthquakes [C] . Andrej Gosar Increasing Seismic Safety by Combining Engineering Technologies and Seismological Data . 2007

机译：第4.1章与1998年和2004年破坏性地震有关的Bovec盆地（西北斯洛文尼亚）的微震土-结构共振研究
5. EFFECTS OF OCEAN BOUNDARIES AND BOTTOM TOPOGRAPHY ON ACOUSTIC AMBIENT NOISE FIELDS IN THE OCEAN (UNDERWATER, LABRADOR BASIN). [D] . MARTIN, ROBERT L. 1985

机译：海洋边界和底部地形对海洋（地下水，拉布拉多盆地）声环境噪声场的影响。
6. Dataset of seismic ambient vibrations from the quaternary Norcia basin (central Italy) [O] . Maurizio Ercoli, Giuseppe Di Giulio, Maurizio Vassallo, 2020

机译：第四纪诺西亚盆地（意大利中部）地震环境振动数据集
7. Can broad-band earthquake site responses be predicted by the ambient noise spectral ratio? Insight from observations at two sedimentary basins [O] . Vincent Perron, Céline Gélis, Bérénice Froment, 2018

机译：可以通过环境噪声光谱比预先预测宽带地震现场响应吗？两个沉积盆地观测的洞察力
8. Study of atmospheric effects and illumination in multispectral data: A case study of the Atchafalaya River Basin, flight of October 29, 1971 [R] . Cartmill, R. H., Boudreau, R. D. 1973

机译：多光谱数据中的大气效应和光照研究：1971年10月29日飞行的atchafalaya河流域案例研究

Site Effects Study in a Shallow Glaciofluvial Basin Using H/V Spectral Ratios From Ambient Noise and Earthquake Data: The Case of Bovec Basin (NW Slovenia)

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