Environmental and Engineering Geophysics

Introduction: the role of geophysical investigations in environmental and engineering studies, the main methods of environmental and engineering geophysics, specifics of shallow geophysical investigations, resolution of geophysical data
Microgravimetry: field data acquisition, data corrections, separations of potential fields, direct and inverse interpretation
Magnetometry: total field and gradient measurements, magnetic susceptibility of rocks, temporal corrections, separation of regional and local anomalies, direct and inverse interpretation,
Geoelectrical methods: electrical properties of rocks, self-potential, resistivity methods, electric tomography, electromagnetic methods, induced polarisation
Ground Penetrating radar: dielectric properties of rocks and velocity of EM waves, signal attenuation, types of measurements, data resolution
High-resolution reflection seismics: seismic sources for shallow investigations, Common-Mid-Point method, specific data processing to achieve high resolution
Seismic refraction method: investigations with longitudinal (P) and transversal (S) waves, Generalized Reciprocal Method
Seismic surface waves methods. Multichannel Analysis of Surface Waves (MASW), passive and active measurements, inversion of dispersion curve, applications in geotechnics and seismology
Seismic measurements in boreholes: down-hole, up-hole, cross-hole, seismic tomography
Vibration measurements caused by blasting (vibrometry)

Level	Year	Semester		ETCS
2	2	3		5

Lectures	Seminars	Practise	Other	Σ
30	30	0	15	75

Date

Time

Place

Study

Note

7.30

P-210 - Aškerčeva 12

podiplomski

7.30

P-210 - Aškerčeva 12

podiplomski

7.30

P-210 - Aškerčeva 12

podiplomski

7.30

P-210 - Aškerčeva 12

podiplomski

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