Acernese, Fausto (2005) An interferometric seismic sensor: theoretical model and experimental performances. [Tesi di dottorato] (Unpublished)
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Laser Optical Interferometry has been introduced in different fields of research for applications requiring very high precision displacement measurements. We have applied optical interferometry for the solving the problem of amplitude and direction measurement of seismic waves. In particular we propose a Michelson Interferometer as a velocimeter with optical readout. In this work we demostrate that a simple array of two Michelson interferometer can be used as an effective seismic sensor to measure the velocity of ground motion. The sensitivity of such device should be delimited only by the enviromental parameter that can be monitored and controlled. A preliminary experimental test on this technique confirms the theoretical results: in fact there is a good agreement with a standard accelerometer for seismic application.
|Item Type:||Tesi di dottorato|
|Uncontrolled Keywords:||Interferometria, Sensori sismici, Accelerometri|
|Depositing User:||Anna Tafuto|
|Date Deposited:||01 Aug 2008|
|Last Modified:||30 Apr 2014 19:22|
Available Versions of this Item
An interferometric seismic sensor: theoretical model and
experimental performances. (deposited 27 Sep 2005)
- An interferometric seismic sensor: theoretical model and experimental performances. (deposited 01 Aug 2008) [Currently Displayed]
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