Acquisition of Geophysical Instrumentation for Landslide Research.
Acquisition of Geophysical Instrumentation for Landslide Research.
批准号:
1053066
负责人:
Thomas Brackman
金额:
$13.0万
依托单位国家:
美国
项目类别:
Continuing Grant
财政年份:
2011
资助国家:
美国
项目状态:
已结题
起止时间:
2011-04-01 至 2013-03-31
中文摘要
1053066 Brackman该奖项提供资金超过24个月,以获得地球物理仪器测量电阻率,通过折射,微重力和电导率与潜在的主题,重点是滑坡和地下空洞检测。仪器组合将用于评估电阻率、微重力和电导率,以评估地质单元结构。将通过探地雷达收集更多的结构信息。将使用折射微动装置评估滑坡的破坏面。地下岩溶系统中的空隙探测将是新仪器的另一个主要研究方向。在确定遗址特征、考古遗址调查、地下水划定和其他地下环境研究方面的合作努力也将利用新的仪器。地球物理仪器将被整合到物理,地质和工程技术系的课程,以促进本科生的研究机会和应用动手工作相关的经验。这一工具将为最终的研究生研究和/或就业市场提供教育培训,并支持代表性不足的群体。地层学、环境地质学、地下水、土壤科学和地貌学是一些设想的学科,这些学科将通过该设备得到加强。地球物理仪器将在课堂上使用,让学生接触到现代技术和设备不常见的小学本科院校。***
英文摘要
1053066BrackmanThis award provides funding over 24 months to acquire geophysical instrumentation for measuring electrical resistivity, microtremors by refraction, microgravity, and conductivity with the underlying theme to focus on landslides and subsurface void detection. The instrumentation combination will be used to assess electrical resistivity, microgravity, and conductivity to assess geologic unit structure. Additional structural information will be gathered by ground penetrating radar. Failure surfaces, giving way to landslides will be assessed using the refraction micotremor device. Void detection in subsurface karst systems will be another major research thrust for the new instrumentation. Collaborative efforts in site characterizations, archaeological site surveys, groundwater delineations and other environmental subsurface studies will also make use of the new instrumentation. The geophysical instrumentation will be integrated into the Physics, Geology and Engineering Technologies Department curricula to foster undergraduate research opportunities and applied hands-on job related experience. This instrumentation will offer educational training for eventual graduate research and/or the job market and support underrepresented groups. Stratigraphy, Environmental Geology, Groundwater, Soil Science, and Geomorphology are a few of the envisioned disciplines which will be enhanced with this equipment. The geophysical instrumentation will be used in classes to expose students to modern techniques and equipment uncommon in primary undergraduate institutions. ***
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