Kees Faber

Towards a next generation Ocean Bottom Node: Incorporating a 6C motion sensor

Å.S. Pedersen, Alexander Kritski, Harald Westerdahl, M. Thompson et autres

Summary In this presentation a new single station rotational seismic sensor is introduced. The new sensor enables simultaneous rotational and translational sensing in three orthogonal axes, representing 6 component (or 6C) measurements. Data examples and early results from an offshore field trial …

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Sensor density or sensor sensitivity?

Xander H. Campman, Phil Behn, Kees Faber

It is widely recognized that image quality can be improved by acquiring seismic data with long offsets, wide azimuths, low frequencies, and dense source and receiver sampling. To achieve this in an affordable way, we see a trend toward single-sensor recording in …

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A Linear Motor as Seismic Horizontal Vibrator

Guy Drijkoningen, André Veltman, W. Hendrix, Kees Faber et autres

In this paper we propose to use the concept of linear synchronous motors to act as a seismic shear-wave vibratory source. We show that a linear motor, even with a design that is not focussed on application of seismic surveying, gives seismic …

The ideas behind the SEQuALS Project

Finn Møller, Kees Faber

The effect of geophone specifications on vector fidelity

Kees Faber, Rick Laroo

PreviousNext No AccessSEG Technical Program Expanded Abstracts 2001The effect of geophone specifications on vector fidelityAuthors: Kees FaberRick LarooKees FaberInput/Output, Inc Sensor Nedeland b.v., Rouwkooplaan 8, 2251 AP Voorschoten, the Netherlands and Rick LarooInput/Output, Inc Sensor Nedeland b.v., Rouwkooplaan 8, 2251 AP Voorschoten, …

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Finite Element Analysis, a Tool for Geophone Design

Albert J. Stienstra, Kees Faber

Abstract The distortion generated by geophones is a limiting factor in seismic data acquisition and there is a continuous search to improve the distortion figure.

Geophone Spurious Frequency - What Is It and How Does It Affect Seismic Data Quality?

Peter W. Maxwell, Kees Faber

axis. The resonance of the geophone in this working axis is called the natural frequency. The spurious frequency is the resonance of the system perpendicular to its normal working axis and is a combination of multiple modes of vibration. Ground motion in …

Further experiments in geophone coupling using the geo-pinger technique

Peter W. Maxwell, Kees Faber, Ferdinand Wiese

In an earlier paper "Recording reliability in seismic exploration as influenced by geophone-ground coupling" we introduced the Geo-Pinger technique for measuring the geophone-ground coupling resonance. We now have further utilised the technique to investigate the effectiveness of different coupling devices (spikes, tripods …

Geophone spurious frequency: What is it and how does it affect seismic data?

Kees Faber, Peter W. Maxwell

PreviousNext No AccessSEG Technical Program Expanded Abstracts 1996Geophone spurious frequency: What is it and how does it affect seismic data?Authors: Kees FaberPeter W. MaxwellKees FaberSensor Nederland by and Peter W. MaxwellSensor Nederland byhttps://doi.org/10.1190/1.1826773 SectionsAboutPDF/ePub ToolsAdd to favoritesDownload CitationsTrack CitationsPermissions ShareFacebookTwitterLinked InRedditEmail Permalink: …

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Further experiments in geophone coupling using the Geo-pinger technique

Kees Faber, Peter W. Maxwell, Ferdinand Wiese

PreviousNext No AccessSEG Technical Program Expanded Abstracts 1995Further experiments in geophone coupling using the Geo‐pinger techniqueAuthors: Kees FaberPeter W. MaxwellFerdinand WieseKees FaberSensor Nederland bv., The Netherlands, Peter W. MaxwellSensor Nederland bv., The Netherlands, and Ferdinand WieseSensor Nederland bv., The Netherlandshttps://doi.org/10.1190/1.1887576 SectionsAboutPDF/ePub ToolsAdd …

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Modern Geophones, Do They Meet the Demands of Shallow Seismic Measurements?

Peter W. Maxwell, Kees Faber, Hans A. K. Edelmann

Abstract This paper discusses the influence of parameters such as natural frequency, spurious resonance and ground coupling on the high frequency response of geophones.

Recording reliability in seismic exploration as influenced by geophone-ground coupling

Peter W. Maxwell, Hans A. K. Edelmann, Kees Faber

The large amount of information carried by the seismic signal can only be brought into play for seismic interpretation if geophones are able to follow the movement of the ground faithfully. This means that the bandwidth of the transfer function of the …