@prefix qx8: . @prefix skos: . qx8:-K21ZMHMZ-X skos:prefLabel "fragmentation"@fr, "fragmentation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-TK3WSQ8D-4 skos:prefLabel "gravity flow"@en, "écoulement gravitaire"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-VDTR949P-7 skos:prefLabel "évaporation"@fr, "evaporation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-P95RH821-3 skos:prefLabel "percolation"@fr, "percolation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-KNL45S09-4 skos:prefLabel "Coriolis"@en, "force de Coriolis"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-F8ZT9MT2-J skos:prefLabel "fluorescence"@fr, "fluorescence"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-FM6V9HZC-3 skos:prefLabel "gradient de pression"@fr, "pressure gradient"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-C6SLTN0R-Q skos:prefLabel "dust flux"@en, "flux de poussière"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-VJMGWD3R-R skos:prefLabel "débordement"@fr, "overflow"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-J2GM0T5V-7 skos:prefLabel "diffraction"@fr, "diffraction"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-CNWQT1Z5-4 skos:prefLabel "luminescence"@fr, "luminescence"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-9V7Z8ZN7-8 skos:prefLabel "sequestration"@en, "séquestration"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-R5H28V0D-V skos:prefLabel "irradiation"@fr, "irradiation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-ZJ6J9C7H-5 skos:prefLabel "redeposition"@en, "redéposition"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-6WDMS78M-L skos:prefLabel "phase relationship"@en, "relation de phase"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-8LBTB3N2-V skos:prefLabel "advection"@fr, "advection"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-P2CDRPL8-T skos:prefLabel "accumulation en masse"@fr, "mass accumulation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-JTD13DS0-T skos:prefLabel "croissance cristalline"@fr, "crystal growth"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-LVHS3BFQ-C skos:prefLabel "crystallization"@en, "cristallisation"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-DBCGDHRF-6 skos:prefLabel "bruit rouge"@fr, "red noise"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-XT7WB23Z-B skos:prefLabel "altération physique"@fr, "physical weathering"@en ; a skos:Concept ; skos:related qx8:-RNL0WXJ4-2 . qx8:-6CS43R8L-H skos:prefLabel "rayonnement"@fr, "radiation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-74DZ3T8M-J skos:prefLabel "adsorption"@fr, "adsorption"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-TXQDB9CK-S skos:prefLabel "energy flux"@en, "flux d'énergie"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-962S2DR2-2 skos:prefLabel "fractionnement"@fr, "fractionation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-5ZWH2NMW-5 skos:prefLabel "heat flux"@en, "flux de chaleur"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-3FP23TBG-5 skos:prefLabel "compression"@fr, "compression"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-NCW4D5L0-P skos:prefLabel "anomalie de pression"@fr, "pressure anomaly"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-HWX0PFQ7-N skos:prefLabel "domaine de fréquence"@fr, "frequency domain"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-3K4KJZ9L-D skos:prefLabel "compaction"@fr, "compaction"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-PTGQ1V08-D skos:prefLabel "radioactive disintegration"@en, "désintégration radioactive"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-Q5MCSXGZ-K skos:prefLabel "shear"@en, "cisaillement"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-BZDV654V-8 skos:prefLabel "couche limite"@fr, "boundary layer"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-32XS0LPL-X skos:prefLabel "effet de fractionnement"@fr, "fractionation effect"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-CJ2QMFK4-3 skos:prefLabel "remise en suspension"@fr, "resuspension"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-H93P34GT-H skos:prefLabel "sublimation"@en, "sublimation"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8: a skos:ConceptScheme ; skos:hasTopConcept qx8:-RNL0WXJ4-2 . qx8:-VQFWQ5DG-1 skos:prefLabel "condensation"@fr, "condensation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-L8D4WXMP-J skos:prefLabel "suintement"@fr, "seepage"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-7PDTBT4R-R skos:prefLabel "high-frequency"@en, "haute fréquence"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-031R407N-G skos:prefLabel "geothermal gradient"@en, "gradient géothermique"@fr ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-RNL0WXJ4-2 skos:narrower qx8:-VQFWQ5DG-1, qx8:-P2CDRPL8-T, qx8:-PTGQ1V08-D, qx8:-FM6V9HZC-3, qx8:-C6SLTN0R-Q, qx8:-F8ZT9MT2-J, qx8:-031R407N-G, qx8:-C4398MSB-0, qx8:-LVHS3BFQ-C, qx8:-R5H28V0D-V, qx8:-DBCGDHRF-6, qx8:-ZJ6J9C7H-5, qx8:-32XS0LPL-X, qx8:-8LBTB3N2-V, qx8:-BZPQHDVR-J, qx8:-L8D4WXMP-J, qx8:-JTD13DS0-T, qx8:-K21ZMHMZ-X, qx8:-VJMGWD3R-R, qx8:-KNL45S09-4, qx8:-7PDTBT4R-R, qx8:-HWX0PFQ7-N, qx8:-TK3WSQ8D-4, qx8:-P95RH821-3, qx8:-74DZ3T8M-J, qx8:-VDTR949P-7, qx8:-3FP23TBG-5, qx8:-9V7Z8ZN7-8, qx8:-5ZWH2NMW-5, qx8:-J2GM0T5V-7, qx8:-6CS43R8L-H, qx8:-BZDV654V-8, qx8:-Q5MCSXGZ-K, qx8:-CJ2QMFK4-3, qx8:-3K4KJZ9L-D, qx8:-CNWQT1Z5-4, qx8:-H93P34GT-H, qx8:-WKFX9HTQ-V, qx8:-NCW4D5L0-P, qx8:-TXQDB9CK-S, qx8:-962S2DR2-2, qx8:-6WDMS78M-L ; skos:related qx8:-XT7WB23Z-B ; skos:prefLabel "phénomène physique"@fr, "physical phenomenon"@en ; skos:topConceptOf qx8: ; skos:inScheme qx8: ; skos:definition "Un phénomène physique est, pour une observation donnée, une facette majeure résultant de transferts d'énergie à l'échelle macroscopique (phénomène optique par exemple). D'autres phénomènes interviennent, à d'autres échelles, en tant que facteurs en rapport avec des aspects complémentaires vis-à-vis de ce qui est observé. En principe, les corps concernés par un phénomène physique ne subissent pas de transformation de leur nature, leur changement étant lié avant tout à leur façon de réagir, sans qu'ils ne subissent d'altération. Pour cette raison, de telles modifications sont souvent réversibles. (Adapté et traduit de : https://fr.wikipedia.org/wiki/Ph%C3%A9nom%C3%A8ne_physique)"@fr, "A physical phenomenon is, for a given observation, a major aspect resulting from energy transfers on a macroscopic scale (optical phenomenon for example), with other phenomena intervening, on other scales, as factors of complementary aspects of what is observed. The bodies concerned solely by a physical phenomenon do not, in principle, undergo any transformation of their nature, their change being linked above all to their way of reacting - without alteration - to the effect of this or that form of energy; these modifications are, for this reason, often reversible. (Adapted from: https://en.wikipedia.org/wiki/Phenomenon)"@en ; a skos:Concept ; skos:exactMatch , . qx8:-WKFX9HTQ-V skos:prefLabel "magnétisme"@fr, "magnetism"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-C4398MSB-0 skos:prefLabel "dessiccation"@fr, "desiccation"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 . qx8:-BZPQHDVR-J skos:prefLabel "bruit blanc"@fr, "white noise"@en ; a skos:Concept ; skos:broader qx8:-RNL0WXJ4-2 .