Magee, C.
918  Ergebnisse:
Personensuche X
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2

Fractures and faults across intrusion-induced forced folds:..:

Magee, C
https://eprints.whiterose.ac.uk/200874/8/magee-2024-fractures-and-faults-across-intrusion-induced-forced-folds-a-georesource-perspective.pdf.  , 2023
 
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3

Magnetic fabrics reveal three-dimensional flow processes wi..:

Köpping, J ; Cruden, AR ; Magee, C...
https://eprints.whiterose.ac.uk/196631/1/Koepping%20et%20al.%202023%20-%20Shonkin%20Sag%20AMS.pdf.  , 2023
 
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4

Quantifying Dyke-Induced Graben and Dyke Structure Using 3D..:

Magee, C ; Love, V ; Fayez, K...
https://eprints.whiterose.ac.uk/200875/7/m25-magee_et_al-v20230731-rr.pdf.  , 2023
 
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5

Atypical hemolytic uremic syndrome in the era of terminal c..:

Brocklebank, V ; Walsh, PR ; Smith-Jackson, K...
https://discovery.ucl.ac.uk/id/eprint/10185488/1/Gale_blood_bld-2022-018833r2-main.pdf.  , 2023
 
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6

Seismic Reflection Data Reveal the 3D Subsurface Structure ..:

Magee, C ; Kling, C ; Byrne, P.
https://eprints.whiterose.ac.uk/189436/7/JGR%20Planets%20-%202022%20-%20Magee%20-%20Seismic%20Reflection%20Data%20Reveal%20the%203D%20Subsurface%20Structure%20of%20Pit%20Craters.pdf.  , 2022
 
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7

Stratigraphic record of continental breakup, offshore NW Au..:

Reeve, MT ; Magee, C ; Jackson, CA-L..
https://eprints.whiterose.ac.uk/182222/7/Basin%20Research%20-%202022%20-%20Reeve%20-%20Stratigraphic%20record%20of%20continental%20breakup%20%20offshore%20NW%20Australia.pdf.  , 2022
 
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8

Dyke architecture, mineral layering, and magmatic convectio..:

Koopmans, L ; McCarthy, W ; Magee, C
https://research-portal.st-andrews.ac.uk/en/researchoutput/dyke-architecture-mineral-layering-and-magmatic-convection-new-perspectives-from-the-younger-giant-dyke-complex-s-greenland(a32ca3eb-4e14-4c99-bc5a-4a5e94f198d7).html.  , 2022
 
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9

Dyke architecture, mineral layering, and magmatic convectio..:

Koopmans, L ; McCarthy, W ; Magee, C
https://research-portal.st-andrews.ac.uk/en/researchoutput/dyke-architecture-mineral-layering-and-magmatic-convection-new-perspectives-from-the-younger-giant-dyke-complex-s-greenland(a32ca3eb-4e14-4c99-bc5a-4a5e94f198d7).html.  , 2022
 
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11

Shallow gas and gas hydrate accumulations influenced by mag..:

Jin, J ; Wang, X ; Zhang, Z...
https://eprints.whiterose.ac.uk/192134/1/Jin%20et%20al.%202022%20-%20volcanoes%20and%20gas%20hydrates.pdf.  , 2022
 
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12

Impact of Timanian thrust systems on the late Neoproterozoi..:

Koehl, J-BP ; Magee, C ; Anell, IM
https://eprints.whiterose.ac.uk/182227/7/Impact%20of%20Timanian%20thrust%20systems%20on%20the%20late.pdf.  , 2022
 
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13

The building blocks of igneous sheet intrusions: insights f..:

Köpping, J ; Magee, C ; Cruden, AR..
https://eprints.whiterose.ac.uk/180306/7/The%20building%20blocks%20of%20igneous%20sheet%20intrusions%20insights%20from%203D%20seismic%20reflection%20data.pdf.  , 2022
 
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14

Ten years of NIHR Research Training: perceptions of the pro..:

Burkinshaw, P ; Bryant, LD ; Magee, C...
https://eprints.whiterose.ac.uk/181018/3/e046410.full.pdf.  , 2022
 
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15

Dyke architecture, mineral layering, and magmatic convectio..:

Koopmans, L ; McCarthy, W ; Magee, C
Koopmans , L , McCarthy , W & Magee , C 2022 , ' Dyke architecture, mineral layering, and magmatic convection; new perspectives from the Younger Giant Dyke Complex, S Greenland ' , Geochemistry, Geophysics, Geosystems , vol. 23 , no. 3 , e2021GC010260 . https://doi.org/10.1029/2021GC010260.  , 2022
 
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