999 resultados para Internal Betic Zone
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1944/02/01 (N28).
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1943/11/06 (N25).
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Etat de collection : n° 1 (déc. 1941)-n° 37 (août 1944)
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1944/06/06 (N32).
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1944/03/01 (N29).
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1942/08 (N10).
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1943/12/01 (N26).
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1943/09/20 (N23).
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1944/04 (N1).
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Variante(s) de titre : Polytypé. - A paru clandestinement. - Pour l'éd. principale voir : "Russie d'aujourd'hui. Organe mensuel des Amis de l'U.R.S.S."
Resumo:
Structures related to ductile siMple shear parallel to the Bankf ield-Tonbill Fault, define a 5km wide zone, the Barton Bay Deformation Zone. Structures present within this zone Include; simple shear fabrics S, C and C , asymmetric Z shaped folds with rotated axes, boudinage and pinch and swell structures and a subhorlzontal extension llneation. The most highly deformed rock is a gabbro mylonite which occurs in the fault zone. The deformation of this gabbro has been traced in stages from a protomylonite to an ultramylonite In which feldspar and chlorite grainslze has been reduced from over 100 microns to as little as 5 microns. Evidence from the mylonite and the surrounding structure indicates that deformation within the Barton Bay Deformation Zone is related to a regional simple shear zone, the Bankf ield-Tombill Fault. Movement along this shear zone was in a south over north oblique strike slip fashion with a dextral sense of displacement.