1000 resultados para Joan de Ribera Sant, 1532-1611-Culto-València
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Resumen: Descripción: retrato del Patriarca Ribera barbado, sedente, de tres cuartos de figura y ligeramente de perfil hacia la derecha. Viste muceta y capisayo. En mano derecha "Plano del Seminario de Corpus Christi"
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El presente articulo intenta determinar las razones por las que el santuario de Sant Miquel de Llíria, uno de los más importantes de la actual provincia de Valencia, se consagró al arcàngel guerrero. Se estudia para ello la historia de su culto en Occidente, haciendo hincapié en aspectos como su relación con los lugares elevados y la frecuente proximidad de sus santuarios con aquellos dedicados a la Virgen. Atenderemos también a aspectos fundamentales del contexto histórico, como los movimientos de renovación espiritual medievales, la influencia del médico y teólogo Arnau de Vilanova en la Valencia de principios del siglo XIV y las profecías escatológicas vinculadas a la llegada del Anticristo.
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Sign.: [calderón]-3[calderó]4, 4[calderón]2, A-T4
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En la contraportada grab. en metal con la imagen del Santo
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Sign. : [calderón]10, A-G8, H-I4, K-Z8, Aa-Xx8
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Índice
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Sign.: [calderón]4, B-F4, G2
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Datos tomados de la cubierta
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Alcance y contenido: Ms. autógrafo realizado por dos manos diferentes. En primer lugar se plantean dudas sobre si el censo enfitéutico aplicado a las tierras que posee S. Miguel de los Reyes en la ribera, en los lugares llamados "Torreta y Abad" se puede "transportar y mudar de la finca, sin licencia y consentimiento del Sr. Directo; si se puede dividir poniendo parte de el en finca distinta y separada; y que deve hacer el Sr. Directo en este caso, para obrar segun las leyes". A continuación viene la contestación ms. y firmada por José Ignacio Alfonso.
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Notas: pp. 25-39
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Notas a pie de pág. en latín y reclamos
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Bicellar systems are lipid nanostructures formed by long- and short-chained phospholipids dispersed in aqueoussolution. Because of their attractive combination of lipid composition, small size and morphological versatility, bicellesbecame new targets for skin research. Bicelles modify the skin biophysical parameters and modulate the skin barrier function acting as enhancers for drug penetration. Moreover, these aggregates have the ability to penetrate through the narrowintercellular spaces of the skin stratum corneum and to reinforce its lipid lamellae. Their structures allows for the incorporation of different molecules that can be carried through the skin layers. Theremarkable versatility of bicelles is their most important characteristic, which makes it possible their use in different fields.These aggregates represent new nanosystems for skin applications. In this work we provide an overview of the main properties ofbicelles and their effects on the skin.
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The main goal of this paper is to obtain a granular material formulated with Municipal Solid Waste Incinerarion (MSWI) bottom ash (BA) and air pollution control (APC) ash to be used as secondary building material. Previously, an optimum concrete mixture using both MSWI residues as aggregates was formulated. A compromise between the environmental behaviour and the economy of the process was considered. Unconfined compressive strength and abrasion resistance values were measured in order to evaluate the mechanical properties. From these results, the granular mixture was not suited for certain applications owing to the high BA/APC content and low cement percentages used to reduce the costs of the final product. Nevertheless, the leaching test performed showed that the concentrations of all heavy metals were below the limits established by the current Catalan legislation for their reutilization. Therefore, the material studied might be mainly used in embankments, where high mechanical properties are not needed and environmental safety is assured.
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The main goal of this paper is to obtain a granular material formulated with Municipal Solid Waste Incinerarion (MSWI) bottom ash (BA) and air pollution control (APC) ash to be used as secondary building material. Previously, an optimum concrete mixture using both MSWI residues as aggregates was formulated. A compromise between the environmental behaviour and the economy of the process was considered. Unconfined compressive strength and abrasion resistance values were measured in order to evaluate the mechanical properties. From these results, the granular mixture was not suited for certain applications owing to the high BA/APC content and low cement percentages used to reduce the costs of the final product. Nevertheless, the leaching test performed showed that the concentrations of all heavy metals were below the limits established by the current Catalan legislation for their reutilization. Therefore, the material studied might be mainly used in embankments, where high mechanical properties are not needed and environmental safety is assured.
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Índice
