S PAPAMARINOPOULOS
Biographic Data
| ID | 5218865 |
|---|---|
| NAME | S PAPAMARINOPOULOS |
| GIVEN NAMES | S |
| FAMILY NAME | PAPAMARINOPOULOS |
| SIGNATURE | PAPAMARINOPOULOS S |
| VERIFIED | No |
| TOTAL WORKS | 6 |
| TOTAL CITATIONS | 6 |
| WORKS AS AUTHOR | 6 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1987 |
| LATEST PUBLICATION YEAR | 2005 |
| H-INDEX | 2 |
Exploration of the Hellenistic fortification complex at Asea using a multigeophysical prospection approach
Multi‐electrode resistivity tomography, twin‐probe and ground‐penetrating radar (GPR) geophysical techniques were applied at the multicultural archaeological site of Asea as a collaboration between the Swedish Institute at Athens and the University of Patras. This work presents the geophysical results of Grid 16 where a subsurface polygonal city wall was discovered in the field season 2002. It is intended to explore especially the location, depth…
Investigation of a monumental Macedonian tumulus by three‐dimensional seismic tomography
Monumental tumuli are important monuments of past human activity, and may contain burial structures of high cultural and historical value. Seismic tomography is used to investigate the internal structure of a monumental tumulus. Energy sources and recorders are placed on the periphery at the base of the tumulus. Travel time data are analysed and processed with three‐dimensional tomographic inversion in order to construct images of the distributio…
Geoelectric prospection of a city wall by multi‐electrode resistivity image survey at the prehistoric site of Asea (southern Greece)
Electric resistivity imaging survey was carried out at the archaeological site of Asea as part of a programme of cooperative research between the Swedish Institute at Athens and the University of Patras. This paper presents the geophysical results of the first field season 2001. It is intended to explore the buried extension of the city wall in order to contribute to progressive research on the responses of the resistivity method to intact subsur…
The canal of Xerxes
The paper describes the continuation in 1993–4 of the investigation into the Canal of Xerxes in the Chalkidiki, N. Greece. Effort was concentrated in the central sector of the isthmus, where geophysical survey using seismic methods revealed a channel-like structure some 14–15 m below the present ground level. Encouraging support for the hypothesis that this structure is a canal came from the analysis of cores from two boreholes in the central sec…
The canal of Xerxes on the Mount Athos peninsula
The canal dug by Xerxes across the Mount Athos peninsula in preparation for his invasion of Greece is an important but little-known monument. Geophysical and topographical investigations begun in 1991–2 now suggest that its central section across high ground ran along a deep trench. Its features elsewhere remain to be determined
Palaeomagnetic and Mineral Magnetic Studies of Sediments From Petralona Cave, Greece
Palaeomagnetic measurements on sediments from Petralona cave. Greece indicate a stable, single component remanence of normal polarity. Redeposition experiments established the ability of the sediments to acquire the direction of the geomagnetic field. Magnetic properties and Mössbauer spectra of sediments and magnetic concentrates show that magnetite, which is slightly non‐stoichiometric, and haematite are present in the sediments from the cave. …
Investigation of a monumental Macedonian tumulus by three‐dimensional seismic tomography
Monumental tumuli are important monuments of past human activity, and may contain burial structures of high cultural and historical value. Seismic tomography is used to investigate the internal structure of a monumental tumulus. Energy sources and recorders are placed on the periphery at the base of the tumulus. Travel time data are analysed and processed with three‐dimensional tomographic inversion in order to construct images of the distributio…
Palaeomagnetic and Mineral Magnetic Studies of Sediments From Petralona Cave, Greece
Palaeomagnetic measurements on sediments from Petralona cave. Greece indicate a stable, single component remanence of normal polarity. Redeposition experiments established the ability of the sediments to acquire the direction of the geomagnetic field. Magnetic properties and Mössbauer spectra of sediments and magnetic concentrates show that magnetite, which is slightly non‐stoichiometric, and haematite are present in the sediments from the cave. …
Geoelectric prospection of a city wall by multi‐electrode resistivity image survey at the prehistoric site of Asea (southern Greece)
Electric resistivity imaging survey was carried out at the archaeological site of Asea as part of a programme of cooperative research between the Swedish Institute at Athens and the University of Patras. This paper presents the geophysical results of the first field season 2001. It is intended to explore the buried extension of the city wall in order to contribute to progressive research on the responses of the resistivity method to intact subsur…
Palaeomagnetic and Mineral Magnetic Studies of Sediments From Petralona Cave, Greece
Palaeomagnetic measurements on sediments from Petralona cave. Greece indicate a stable, single component remanence of normal polarity. Redeposition experiments established the ability of the sediments to acquire the direction of the geomagnetic field. Magnetic properties and Mössbauer spectra of sediments and magnetic concentrates show that magnetite, which is slightly non‐stoichiometric, and haematite are present in the sediments from the cave. …
The canal of Xerxes on the Mount Athos peninsula
The canal dug by Xerxes across the Mount Athos peninsula in preparation for his invasion of Greece is an important but little-known monument. Geophysical and topographical investigations begun in 1991–2 now suggest that its central section across high ground ran along a deep trench. Its features elsewhere remain to be determined
The canal of Xerxes
The paper describes the continuation in 1993–4 of the investigation into the Canal of Xerxes in the Chalkidiki, N. Greece. Effort was concentrated in the central sector of the isthmus, where geophysical survey using seismic methods revealed a channel-like structure some 14–15 m below the present ground level. Encouraging support for the hypothesis that this structure is a canal came from the analysis of cores from two boreholes in the central sec…
Geoelectric prospection of a city wall by multi‐electrode resistivity image survey at the prehistoric site of Asea (southern Greece)
Electric resistivity imaging survey was carried out at the archaeological site of Asea as part of a programme of cooperative research between the Swedish Institute at Athens and the University of Patras. This paper presents the geophysical results of the first field season 2001. It is intended to explore the buried extension of the city wall in order to contribute to progressive research on the responses of the resistivity method to intact subsur…
Investigation of a monumental Macedonian tumulus by three‐dimensional seismic tomography
Monumental tumuli are important monuments of past human activity, and may contain burial structures of high cultural and historical value. Seismic tomography is used to investigate the internal structure of a monumental tumulus. Energy sources and recorders are placed on the periphery at the base of the tumulus. Travel time data are analysed and processed with three‐dimensional tomographic inversion in order to construct images of the distributio…
Exploration of the Hellenistic fortification complex at Asea using a multigeophysical prospection approach
Multi‐electrode resistivity tomography, twin‐probe and ground‐penetrating radar (GPR) geophysical techniques were applied at the multicultural archaeological site of Asea as a collaboration between the Swedish Institute at Athens and the University of Patras. This work presents the geophysical results of Grid 16 where a subsurface polygonal city wall was discovered in the field season 2002. It is intended to explore especially the location, depth…
Geology (6 works) · Archaeology (5 works) · Engineering (4 works) · Geography (4 works) · Geology (3 works) · Geophysical and Geoelectrical Methods (3 works) · Geophysical Methods and Applications (3 works) · Seismic Waves and Analysis (3 works) · Electrical resistivity and conductivity (2 works) · Geomorphology (2 works)