http://paleomag.uqar.ca/ fr SPIP - www.spip.net https://paleomag.uqar.ca/spip.php?article263 https://paleomag.uqar.ca/spip.php?article263 2015-12-11T15:23:50Z text/html fr <p>The Trackpoint III system of ORE Offshore is used to follow the position of our instruments in real-time during their deployment at sea. An acoustic receiver (USBL) is fixed on the ship in the water and a transmitter (beacon) is fixed on the deployed instruments.</p> - <a href="https://paleomag.uqar.ca/spip.php?rubrique38" rel="directory">Fieldwork and geophysics</a> <div class='rss_texte'><p>The Trackpoint III system of ORE Offshore is used to follow the position of our instruments in real-time during their deployment at sea. An acoustic receiver (USBL) is fixed on the ship in the water and a transmitter (beacon) is fixed on the deployed instruments.</p></div> https://paleomag.uqar.ca/spip.php?article262 https://paleomag.uqar.ca/spip.php?article262 2015-12-11T15:21:27Z text/html fr <p>The SeaSpy marine magnetometer is a tow fish measuring the intensity of the magnetic field under the instrument with a high accuracy ( 0,1 nT). <br class='autobr' /> _</p> - <a href="https://paleomag.uqar.ca/spip.php?rubrique38" rel="directory">Fieldwork and geophysics</a> <div class='rss_texte'><p>The SeaSpy marine magnetometer is a tow fish measuring the intensity of the magnetic field under the instrument with a high accuracy ( 0,1 nT).</p> <p><br class='manualbr' /></p> <div class='spip_document_189 spip_document spip_documents spip_document_image spip_documents_center spip_document_center spip_document_avec_legende' data-legende-len="50" data-legende-lenx="x" > <figure class="spip_doc_inner"> <a href='https://paleomag.uqar.ca/IMG/jpg/magnetomarin-2.jpg' class="spip_doc_lien mediabox" type="image/jpeg"> <img src='https://paleomag.uqar.ca/IMG/jpg/magnetomarin-2.jpg' width='500' height='667' alt='' /></a> <figcaption class='spip_doc_legende'> <div class='spip_doc_titre '><strong>SeaSpy marine magnetometer from Marine Magnetics </strong></div> </figcaption></figure> </div></div> https://paleomag.uqar.ca/spip.php?article261 https://paleomag.uqar.ca/spip.php?article261 2015-12-11T15:20:12Z text/html fr <p>The laboratory uses a Seistec boomer from IKB Technologies to acquire very high-resolution seismic profiles in shallower waters than the sparker. This system is composed of an integrated source and receiver. The instrument is connected to a power supply (up to 2,4 kJ) and to the CODA DA2000 acquisition system.</p> - <a href="https://paleomag.uqar.ca/spip.php?rubrique38" rel="directory">Fieldwork and geophysics</a> <div class='rss_texte'><table> <td width="50%" align=justify> The laboratory uses a Seistec boomer from IKB Technologies to acquire very high-resolution seismic profiles in shallower waters than the sparker. This system is composed of an integrated source and receiver. The instrument is connected to a power supply (up to 2,4 kJ) and to the CODA DA2000 acquisition system. </td><td width="50%" align=center> <div class='spip_document_188 spip_document spip_documents spip_document_image spip_documents_center spip_document_center spip_document_avec_legende' data-legende-len="38" data-legende-lenx="x" > <figure class="spip_doc_inner"> <a href='https://paleomag.uqar.ca/IMG/jpg/seistec-2.jpg' class="spip_doc_lien mediabox" type="image/jpeg"> <img src='https://paleomag.uqar.ca/IMG/jpg/seistec-2.jpg' width='500' height='667' alt='' /></a> <figcaption class='spip_doc_legende'> <div class='spip_doc_titre '><strong>Seistec boomer from IKB Technologies </strong></div> </figcaption></figure> </div> </td> </table></div>