© 2018 IEEE. This paper describes the one-board developed digital orientation system for borehole logging tools, based on FPGA, 3-axis magnetometer and 3-axis accelerometer. The FPGA usage be capable of highspeed measurements orientation parameters (23 Hz), which necessary for restoring the maneuver in 3-dimensional space of the logging tool with increased depth movement. In addition, the current system can work in conditions of the industrial temperature range. The system test results show the accuracy (up to 1 degree) in determining the azimuth and zenith of the well and logging tool
This paper describes the walk-over locating technology used in horizontal directional drilling. It c...
In the oil industry, the measurement-while-drilling (MWD) systems are usually used to provide the re...
To obtain qualified logging while drilling (LWD) data, a new acoustic LWD tool was designed. Its ove...
© 2018 IEEE. This paper describes the one-board developed digital orientation system for borehole lo...
The paper presents the testing procedure and the test unit for borehole inclinometers using a refere...
A new borehole surveying tool was used to log the deep borehole at Camp Century, Greenland in July 1...
The possible benefits of measuring the magnetic flux density in three components continuously along ...
Abstract: In geophysics and geophysical exploration fields, we can use information about inclination...
This paper proposes an approach for measuring the azimuth angle and tilt angle of underground drilli...
The University of Copenhagen (UCPH) logger measures borehole inclination, azimuth, temperature, diam...
The EPICA borehole logger has been developed in order to measure the characteristics of the borehole...
A borehole logging device is newly developed for deep drilling to start from 1995 at Dome F, Antarct...
Abstract—A 3-axis acceleration data logger was designed for non-wired sensing and recording of small...
In the recent years horizontal drilling (HD) has become increasingly important in oil and gas explor...
© 2018 IEEE. The paper describes the architecture and technical characteristics of the developed hig...
This paper describes the walk-over locating technology used in horizontal directional drilling. It c...
In the oil industry, the measurement-while-drilling (MWD) systems are usually used to provide the re...
To obtain qualified logging while drilling (LWD) data, a new acoustic LWD tool was designed. Its ove...
© 2018 IEEE. This paper describes the one-board developed digital orientation system for borehole lo...
The paper presents the testing procedure and the test unit for borehole inclinometers using a refere...
A new borehole surveying tool was used to log the deep borehole at Camp Century, Greenland in July 1...
The possible benefits of measuring the magnetic flux density in three components continuously along ...
Abstract: In geophysics and geophysical exploration fields, we can use information about inclination...
This paper proposes an approach for measuring the azimuth angle and tilt angle of underground drilli...
The University of Copenhagen (UCPH) logger measures borehole inclination, azimuth, temperature, diam...
The EPICA borehole logger has been developed in order to measure the characteristics of the borehole...
A borehole logging device is newly developed for deep drilling to start from 1995 at Dome F, Antarct...
Abstract—A 3-axis acceleration data logger was designed for non-wired sensing and recording of small...
In the recent years horizontal drilling (HD) has become increasingly important in oil and gas explor...
© 2018 IEEE. The paper describes the architecture and technical characteristics of the developed hig...
This paper describes the walk-over locating technology used in horizontal directional drilling. It c...
In the oil industry, the measurement-while-drilling (MWD) systems are usually used to provide the re...
To obtain qualified logging while drilling (LWD) data, a new acoustic LWD tool was designed. Its ove...