797 resultados para DE NOLA, PAULINO
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Colbertinus
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Tesis (Maestría en Ciencias de la Ingeniería Mecánica con Especialidad en Materiales) - U.A.N.L, 1996
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UANL
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Resumen tomado de la publicación. Resumen en euskera y castellano
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Resumen tomado de la web del Departamento de Educación
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Resumen tomado de la web del Departamento de Educación
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Resumen tomado de la web del Departamento de Educación
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Resumen tomado de la web del Departamento de Educación
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Primer y segundo premio en la convocatoria de Premios de Fomento de la Lectura del curso 2002-2003 de la modalidad de Educación Secundaria. Incluye el anexo:' El modelo de comprensión lectora. El proyecto Pisa' y cuestionario sobre lectura comprensiva para el profesorado del centro
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Incluye anexos que reproducen los documentos necesarios para la organización y funcionamiento de la misma
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New structural, geochronological and paleomagnetic data were obtained on dolerite dikes of the Nola region (Central African Republic) at the northern border of the Congo craton. In this region metavolcanic, successions were thrust southward onto the craton during the Panafrican orogenic events. Our structural data reveal at least two structural klippes south of the present-day limits of the Panafrican nappe suggesting that it has once covered the whole Nola region, promoting the pervasive hydrothermal green-schist metamorphism observed in the underlying cratonic basement and also in the intrusive dolerite dikes. Paleomagnetic measurements revealed a stable dual-polarity low-inclination magnetization component in nine dikes (47 samples), carried by pyrrhotite and magnetite. This component corresponds to a paleopole at 304.8 degrees E and 61.8 degrees S (dp = 5.4, dm = 10.7) graded at 2 = 6. Both metamorphism and magnetic resetting were dated by the Ar-40/Ar-39 method on amphibole grains separated from the dikes at 571 +/- 6 Ma. The Nola pole is the first well-dated paleomagnetic pole for the Congo craton between 580 and 550 Ma. It marks a sudden change in direction of the Congo craton apparent polar wander path at the waning stages of the Panafrican orogenic events. (c) 2008 Elsevier B.V. All rights reserved.
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Dialogues.
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Poems.