Abstract
This paper describes fault survey by 3D seismic reflection exploration. Survey has been conducted mainly at flat land area without pavement not in urban area in Japan. Subsurface structure is complicated with intersecting multiple faults. In this area, a lot of geological investigations have been done prior to the seismic reflection exploration. Fairly certain images of faults have been obtained. However, there were still unknown structures. Survey was conducted at an area of 170m{times}280m in the CDP range. Measurements were carried out by using 100 g of dynamite per seismic generation point combined with 40 Hz velocity geophones. Fixed distribution consisting of lattice points of 12{times}12 was adopted as an observation method. In and around the lattice, a great number of explosions were carried out. The CDP stacking method and the method of migration after stacking were used for the data processing. The 3D structures of six horizons and five faults could be interpreted. Interpreted horizons were well agreed with the logging results. 3 figs.
Tsuchiya, T;
Ejiri, T;
Yamada, N;
Narita, N;
Aso, H;
Takano, H;
Matsumura, M
[1]
- Dia Consultants Company, Tokyo (Japan)
Citation Formats
Tsuchiya, T, Ejiri, T, Yamada, N, Narita, N, Aso, H, Takano, H, and Matsumura, M.
Faults survey by 3D reflection seismics; Sanjigen hanshaho jishin tansa ni yoru danso chosa.
Japan: N. p.,
1996.
Web.
Tsuchiya, T, Ejiri, T, Yamada, N, Narita, N, Aso, H, Takano, H, & Matsumura, M.
Faults survey by 3D reflection seismics; Sanjigen hanshaho jishin tansa ni yoru danso chosa.
Japan.
Tsuchiya, T, Ejiri, T, Yamada, N, Narita, N, Aso, H, Takano, H, and Matsumura, M.
1996.
"Faults survey by 3D reflection seismics; Sanjigen hanshaho jishin tansa ni yoru danso chosa."
Japan.
@misc{etde_472634,
title = {Faults survey by 3D reflection seismics; Sanjigen hanshaho jishin tansa ni yoru danso chosa}
author = {Tsuchiya, T, Ejiri, T, Yamada, N, Narita, N, Aso, H, Takano, H, and Matsumura, M}
abstractNote = {This paper describes fault survey by 3D seismic reflection exploration. Survey has been conducted mainly at flat land area without pavement not in urban area in Japan. Subsurface structure is complicated with intersecting multiple faults. In this area, a lot of geological investigations have been done prior to the seismic reflection exploration. Fairly certain images of faults have been obtained. However, there were still unknown structures. Survey was conducted at an area of 170m{times}280m in the CDP range. Measurements were carried out by using 100 g of dynamite per seismic generation point combined with 40 Hz velocity geophones. Fixed distribution consisting of lattice points of 12{times}12 was adopted as an observation method. In and around the lattice, a great number of explosions were carried out. The CDP stacking method and the method of migration after stacking were used for the data processing. The 3D structures of six horizons and five faults could be interpreted. Interpreted horizons were well agreed with the logging results. 3 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}
title = {Faults survey by 3D reflection seismics; Sanjigen hanshaho jishin tansa ni yoru danso chosa}
author = {Tsuchiya, T, Ejiri, T, Yamada, N, Narita, N, Aso, H, Takano, H, and Matsumura, M}
abstractNote = {This paper describes fault survey by 3D seismic reflection exploration. Survey has been conducted mainly at flat land area without pavement not in urban area in Japan. Subsurface structure is complicated with intersecting multiple faults. In this area, a lot of geological investigations have been done prior to the seismic reflection exploration. Fairly certain images of faults have been obtained. However, there were still unknown structures. Survey was conducted at an area of 170m{times}280m in the CDP range. Measurements were carried out by using 100 g of dynamite per seismic generation point combined with 40 Hz velocity geophones. Fixed distribution consisting of lattice points of 12{times}12 was adopted as an observation method. In and around the lattice, a great number of explosions were carried out. The CDP stacking method and the method of migration after stacking were used for the data processing. The 3D structures of six horizons and five faults could be interpreted. Interpreted horizons were well agreed with the logging results. 3 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}