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Q Measurements - The effect of layering

Batakrishna Mandal, M. Nafi Toksöz

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Abstract

A major role of seismic interpretation is the inference of physical properties of propagation media. The inversion from seismic to physical properties is far from unique. This job requires a range of seismic measurements of seismic parameters, among which are seismic velocity, absorption, impedance, and Poisson's ratio. Seismic absorption may be difficult to measure. For example, seismic attenuation, is more sensitive to clay content than seismic velocity (Klimentoes and McCann, 1990). There are many different mechanisms for seismic absorption.

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What this paper is about

A major role of seismic interpretation is the inference of physical properties of propagation media. The inversion from seismic to physical properties is far from unique. This job requires a range of seismic measurements of seismic parameters, among which are seismic velocity, absorption, impedance, and Poisson's ratio. Seismic absorption may be difficult to measure. For example, seismic attenuation, is more sensitive to clay content than seismic velocity (Klimentoes and McCann, 1990). There are many different mechanisms for seismic absorption.

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Available abstract

A major role of seismic interpretation is the inference of physical properties of propagation media. The inversion from seismic to physical properties is far from unique. This job requires a range of seismic measurements of seismic parameters, among which are seismic velocity, absorption, impedance, and Poisson's ratio. Seismic absorption may be difficult to measure. For example, seismic attenuation, is more sensitive to clay content than seismic velocity (Klimentoes and McCann, 1990). There are many different mechanisms for seismic absorption.

Key concepts: Anelastic attenuation factor, Attenuation, Layering, Geology, Dispersive body waves, Synthetic seismogram, Seismic to simulation, Seismic wave

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