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{
"word": "Norwegian Continental Shelf"
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{
"word": "Prospect analysis"
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{
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"word": "intermediate-depth"
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{
"word": "slabs"
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{
"word": "array"
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{
"word": "coherence"
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{
"word": "diffraction"
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"word": "illumination"
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"word": "optics"
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"word": "Upper Jurassic"
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{
"word": "Basal magma ocean dynamo"
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"word": "Early Earth dynamo"
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{
"word": "Molten silicates"
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"word": "supervised learning"
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{
"word": "Diapirism"
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{
"word": "Halokinetic Sequences"
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"word": "Precaspian"
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"word": "GEOLabel"
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{
"word": "GEOSS"
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"word": "sensors"
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{
"word": "Sensor Web"
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"word": "Multi-scale"
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{
"word": "REV"
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{
"word": "Database"
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{
"word": "Micropaleontology"
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"word": "Software"
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{
"word": "deep-water volcanoes"
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{
"word": "extrusion dynamics"
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{
"word": "growth mechanism"
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{
"word": "South China Sea"
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{
"word": "volcanism"
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{
"word": "Accessible Surface Area"
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{
"word": "Image Resolution"
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{
"word": "Monte-Carlo"
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{
"word": "Multi-mineral"
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{
"word": "Surface Roughness"
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{
"word": "Deformation-DIA (D-DIA)"
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{
"word": "Dislocation interactions"
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{
"word": "Elastic strain"
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{
"word": "Geometrically necessary dislocation (GND)"
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{
"word": "High-angular resolution electron backscatter diffraction (HR-EBSD)"
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{
"word": "Low-temperature plasticity"
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{
"word": "Nanoindentation"
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{
"word": "Scanning transmission electron microscopy (STEM)"
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{
"word": "Strain hardening"
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{
"word": "groundwater sustainability"
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