2020
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1. |
Amundsen, Lasse; Landrø, Martin. From Arrhenius to CO2 Storage IX: How CO2 Emits IR Photons. GeoExpro 2020 ;Volum 17.(4) s. 47-50 NTNU
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2. |
Amundsen, Lasse; Landrø, Martin. From Arrhenius to CO2 Storage VI: More on the Simple Greenhouse Model. GeoExpro 2020 ;Volum 17.(1) s. 42-44 NTNU
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3. |
Amundsen, Lasse; Landrø, Martin. From Arrhenius to CO2 Storage VII: Arrhenius’ Greenhouse Rule for CO2. GeoExpro 2020 ;Volum 17.(2) s. 34-37 NTNU
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4. |
Amundsen, Lasse; Landrø, Martin. From Arrhenius to CO2 Storage VIII: How CO2 Absorbs Earth’s IR Radiation. GeoExpro 2020 ;Volum 17.(3) s. 48-51 NTNU
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5. |
de Souto Borges, Filipe Augusto; Landrø, Martin; Duffaut, Kenneth. Time-lapse seismic analysis of overburden water injection at the Ekofisk field, Southern North Sea. Geophysics 2020 ;Volum 85.(1) s. B9-B21 NTNU
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6. |
Johansen, Ståle Emil; Panzner, Martin; Mittet, Rune; Amundsen, Hans E. Foss; Lim, Anna; Vik, Eirik; Landrø, Martin; Arntsen, Børge. Electrical imaging of the Mohns Ridge in the Greenland Sea. AGU fall meeting; 2020-12-01 - 2020-12-17 NTNU
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7. |
Landrø, Martin; Amundsen, Lasse. From Arrhenius to CO2 storage X: How quickly does atmospheric CO2 mix into the ocean and biosphere?. GeoExpro 2020 s. 34-37 NTNU
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8. |
Landrø, Martin; Langhammer, Jan. Comparing the broadband acoustic frequency response of single, clustered and arrays of marine air guns. Geophysics 2020 ;Volum 85.(3) s. P27-P36 NTNU
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9. |
Wehner, Daniel; Landrø, Martin. The impact of bubble curtains on seismic air-gun signatures and its high-frequency emission. Geophysics 2020 ;Volum 85.(2) s. P1-P11 NTNU
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10. |
Wehner, Daniel; Svensson, U. Peter; Landrø, Martin. Acoustic signals in air and water generated by very shallow marine seismic sources: An experimental study. Journal of the Acoustical Society of America 2020 ;Volum 147.(2) s. 1092-1103 NTNU
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2019
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11. |
Amundsen, Lasse; Landrø, Martin. From Arrhenius to CO2 Storage. III: A Simple Greenhouse Model. GeoExpro 2019 ;Volum 16.(4) s. 48-50 NTNU
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12. |
Amundsen, Lasse; Pedersen, Ørjan; Landrø, Martin. Finite Difference Modelling IV: Let's Look at Examples. GeoExpro 2019 ;Volum 16.(1) s. 48-51 NTNU
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13. |
Davis, Thomas L.; Landrø, Martin. Multicomponent Seismic Monitoring. I: Geophysics and Geosequestration. Cambridge University Press 2019 ISBN 978-1-107-13749-3. s. 83-92 NTNU
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14. |
Davis, Thomas L.; Landrø, Martin; Wilson, Malcolm. Geophysics and Geosequestration. Cambridge University Press 2019 (ISBN 978-1-107-13749-3) 377 s. NTNU
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15. |
Grude, Sissel; Landrø, Martin. Time-lapse Seismic Analysis of the CO2 injection into the Tubåen Formation at Snøhvit. I: Geophysics and Geosequestration. Cambridge University Press 2019 ISBN 978-1-107-13749-3. s. 319-338 NTNU
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16. |
Johansen, Ståle Emil; Panzner, Martin; Mittet, Rune; Amundsen, Hans E. Foss; Lim, Anna; Vik, Eirik; Landrø, Martin; Arntsen, Børge. Deep electrical imaging of the ultraslow-spreading Mohns Ridge. Nature 2019 ;Volum 567. s. 379-383 NTNU
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17. |
Khodabandeloo, Babak; Landrø, Martin. Characterizing the acoustic properties of the cavity cloud generated close to an air-gun array as a time-dependent effective medium. Geophysical Journal International 2019 ;Volum 216.(1) s. 545-559 NTNU
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18. |
Landrø, Martin; Amundsen, Lasse. From Arrhenius to CO2 Storage. I: Blackbody Radiation and Milankovic Cycles. GeoExpro 2019 ;Volum 16.(2) s. 40-44 NTNU
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19. |
Landrø, Martin; Amundsen, Lasse. From Arrhenius to CO2 Storage. II: Arrhenius and Blackbody Radiation. GeoExpro 2019 ;Volum 16.(3) s. 48-50 NTNU
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20. |
Landrø, Martin; Amundsen, Lasse; Ringrose, Philip. From Arrhenius to CO2 Storage. IV: Challenges and Some Practical Issues. GeoExpro 2019 ;Volum 16.(5) s. 34-36 NTNU
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21. |
Landrø, Martin; Kodaira, Shuichi; Fujiwara, Toshiya; No, Tetsuo; Weibull, Wiktor Waldemar; Arntsen, Børge. Time lapse seismic analysis of the Tohoku-Oki 2011 earthquake. International Journal of Greenhouse Gas Control 2019 ;Volum 82. s. 98-116 NTNU UIS
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22. |
Landrø, Martin; Wehner, Daniel; Vedvik, Noralf; Ringrose, Philip; Løhre, Nora Løw; Berteussen, Karl-Andreas. Gas flow through shallow sediments - A case study using passive and active seismic field data. International Journal of Greenhouse Gas Control 2019 ;Volum 87. s. 121-133 NTNU
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23. |
Landrø, Martin; Zumberge, Mark A.. Estimating Saturation and Density Changes caused by CO2 injection at Sleipner. I: Geophysics and Geosequestration. Cambridge University Press 2019 ISBN 978-1-107-13749-3. s. 134-153 NTNU
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24. |
Waage, Malin; Bünz, Stefan; Landrø, Martin; Plaza-Faverola, Andreia; Waghorn, Kate Alyse. Repeatability of high-resolution 3D seismic data. Geophysics 2019 ;Volum 84.(1) s. B75-B94 NTNU UiT
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25. |
Wehner, Daniel. Experimental Studies of the Acoustic Signal generated by Marine Seismic Sources. Norges teknisk-naturvitenskapelige universitet 2019 (ISBN 9788232637621) 186 s. Doktoravhandlinger ved NTNU(2019:80) NTNU
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26. |
Wehner, Daniel; Landrø, Martin; Amundsen, Lasse. On low frequencies emitted by air guns at very shallow depths - An experimental study. Geophysics 2019 ;Volum 84.(5) s. P61-P71 NTNU
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2018
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27. |
Amundsen, Lasse; Pedersen, Ørjan; Landrø, Martin. Finite Difference Modeling II: How to Clean Numerical Time Dispersion. GeoExpro 2018 ;Volum 15.(4) NTNU
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28. |
Amundsen, Lasse; Pedersen, Ørjan; Landrø, Martin. Finite Difference Modeling: Part I. Become Expert in Five Minutes. GeoExpro 2018 ;Volum 15.(2) s. 56-58 NTNU
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29. |
Amundsen, Lasse; Pedersen, Ørjan; Landrø, Martin. Finite Difference Modelling: Part III. Time-Step n-Tupling. GeoExpro 2018 ;Volum 15.(6) s. 60-63 NTNU
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30. |
Amundsen, Lasse; Zhou, Hongbo; Landrø, Martin. Introduction to Deep Learning Part III. GeoExpro 2018 ;Volum 15.(1) s. 42-45 NTNU
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31. |
Helgebostad, Kristian; Landrø, Martin; Vinje, Vetle; Nilsen, Carl-Inge Colombo. Estimating source signatures from source-over-spread marine seismic data. Geophysics 2018 ;Volum 83.(6) s. - NTNU
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32. |
Khodabandeloo, Babak; Landrø, Martin. Acoustically induced cavity cloud generated by air-gun arrays—Comparing video recordings and acoustic data to modeling. Journal of the Acoustical Society of America 2018 ;Volum 143.(6) s. 3383-3393 NTNU
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33. |
Landrø, Martin; Amundsen, Lasse. Introduction to Exploration Geophysics with Recent Advances. Trondheim: Bivrost 2018 (ISBN 978-82-303-3763-9) 341 s. NTNU
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34. |
Landrø, Martin; Amundsen, Lasse. Marine Vibrators: Part I. Early Developments and a Failure. GeoExpro 2018 ;Volum 15.(3) s. 52-53 NTNU
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35. |
Landrø, Martin; Favretto-Cristini, Nathalie. Acoustic experiments without borders. Physics 2018 ;Volum 11.(71) NTNU
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36. |
Liu, Yi; Foseide, Bjarte; Landrø, Martin. Towards monitoring the subsurface using diving waves. Proceedings of th 13th SEGJ International Symposium; 2018-11-12 - 2018-11-14 NTNU
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37. |
Thomas, Peter James; Kolltveit, Erling; Heggelund, Yngve; Wilks, Matthew; Wuestefeld, Andreas; Midttømme, Kirsti; Landrø, Martin. Exploring Geophysical Applications For Distributed Acoustic Sensing (DAS) Using A Flexible Interrogator Research. Fifth CO2 Geological Storage Workshop Utrecht, November 21 - 23, 2018; 2018-11-21 - 2018-11-23 NORCE NORSAR NTNU
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38. |
Wehner, Daniel; Borges, Filipe; Landrø, Martin. Using Well Operation Noise to estimate Shear Modulus Changes from measured Tube Waves - A Feasibility Study. Fifth CO2 Geological Storage Workshop; 2018-11-21 - 2018-11-23 NTNU
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39. |
Wehner, Daniel; Landrø, Martin. The Impact of Bubbly Water on Airgun Signatures. Marine Acquisition Workshop 2018; 2018-08-22 - 2018-08-24 NTNU
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40. |
Wehner, Daniel; Landrø, Martin; Amundsen, Lasse; Westerdahl, Harald. Frequency-depth-dependent spherical reflection response from the sea surface - a transmission experiment. Geophysical Journal International 2018 ;Volum 214.(2) s. 1206-1217 NTNU
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2017
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41. |
Amundsen, Lasse; Pedersen, Ørjan; Osen, Are; Robertsson, Johan O A; Landrø, Martin. Broadband seismic over/under sources and their designature-deghosting. Geophysics 2017 ;Volum 82.(5) s. P61-P73 NTNU
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42. |
Amundsen, Lasse; Westerdahl, Harald; Pedersen, Åsmund Sjøen; Thompsen, Mark; Landrø, Martin. On firing an air gun very shallow. Geophysics 2017 ;Volum 82.(3) s. A25-A29 NTNU
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43. |
Amundsen, Lasse; Zhou, Hongbo; Landrø, Martin. Introduction to Deep Learning Part II. GeoExpro 2017 ;Volum 14.(6) s. 48-51 NTNU
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44. |
Dao, Toan; Landrø, Martin. Streamer depth versus vessel and seismic interference noise. Geophysics 2017 ;Volum 82.(4) s. P41-P51 NTNU
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45. |
de Souto Borges, Filipe Augusto; Landrø, Martin. Analysis of the influence of water salinity on time-lapse seismic response. EAGE annual meeting; 2017-06-12 - 2017-06-15 NTNU
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46. |
Dinh, Hung Nho; van der Baan, Mirko; Landrø, Martin. Processing and quality-control strategies for consistent time-lapse seismic attributes: A case history on an internal blowout using vintage data. Geophysics 2017 ;Volum 82.(4) s. B135-B146 NTNU
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47. |
Dinh, Hung; Van der Baan, Mirko; Landrø, Martin. Estimation of shallow gas migration rates after a subsurface blowout using time-lapse attributes. SEG annual meeting; 2017-09-24 - 2017-09-29 NTNU
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48. |
Haavik, Kjetil Eik; Landrø, Martin. Variable source depth acquisition for (an overall) improved signal-to-noise ratio in marine broadband seismic data: A modeling study. Geophysics 2017 ;Volum 82.(4) s. P31-P39 NTNU
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49. |
Khodabandeloo, Babak; Landrø, Martin. Effects of ghost cavitation cloud on near-field hydrophone measurements in the seismic air gun arrays. EAGE annual meeting; 2017-06-12 - 2017-06-15 NTNU
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50. |
Khodabandeloo, Babak; Landrø, Martin. Evaluation of high frequency ghost cavitation emissions for two different seismic air-gun arrays using numerical modelling. European Geosciences Union (EGU) General Assembly; 2017-04-23 - 2017-04-28 NTNU
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