828 resultados para Padre de pobres-Parroquia de san Martín Obispo y san Antonio Abad (Valencia)
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Hay un ejemplar encuadernado con: XVIII/351
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Sign.: []4
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Marca tip. en port.
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State of the Art. Process and Distillation. Fuel Characterization. Fuel Compatibility Tests
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La h. pleg. corresponde al arbol genealógico de la familia Oller
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Precede al tít: "Jesus, Maria, Joseph"
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Contiene: texto de las constituciones fechado en noviembre de 1719 y una adición de enero de 1720
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Precede al tít.: "Jesus, Maria, Joseph y S. Antonio de Padua"
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Alcance y contenido: Incluye Oficio de remisión manuscrito que acompañaba a la "Demostracion...", firmado por José Canga Argüelles, Intendente en Comisión por el rey, y dirigido al Presidente y vocales de la Junta Superior, indicándo que junto al oficio le envía 40 ejemplares del mencionado impreso y fechado en Valencia a 16 de noviembre de 1809.
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Alcance y contenido: Ms. poético de un ovillejo, es decir, combinación métrica compuesta de 10 versos en que alternan tres octosílabos con tres quebrados, rimando dos a dos, y termina por una redondilla cuyo último verso recoge los versos quebrados. Relata, utilizando el nombre de dos personas (Marica y Perico), las virtudes de Carlos III (primera mitad del ms.) y en la otra, abandona este recurso poético, para continuar describiendo los errores de un obispo y noble que ostentaban cargos en Valencia dentro de los años de reinado del monarca, todo ello con rima entre los versos.
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Sign.: []1, A9
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El dia de la profesión está escrito a mano
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The use of mineral wool is becoming more widespread due to increased acoustic and thermal demands of Spanish Technical Building Code. This increase affects both in rehabilitation and new construction projects. Therefore, waste generation of this type of insulating material is having more importance. The main objective of this research is to study the possibility of recycling fiber obtained from mineral wool of the C&DW as an alternative material to chopped glass fibers that are currently used as reinforcing elements in the prefabricated plaster. To achieve this objective, series are made of plaster E-35 additived with rock wool residue and glass wool residue at different rates of addition. These series are repeated by changing the additive by E fiberglass (length of 25mm) to make a comparative analysis with respect to the series additived with mineral wool waste. All the series are subjected to the test to determine Shore C surface hardness and mechanical testing to determine the compressive and flexural strength. From the results it can be concluded that: with rock wool residue, increases Shore C hardness up to 15% with respect to the glass fiber and 9% with respect to the glass wool, with a percentage of addition 2%. With rock wool residue, weight is decreased by 5% with respect to the glass fiber and 4% with respect to the glass wool waste, with an addition percentage of 4%. For an addition rate of 4%, results in the flexural strength test with fiberglass are 85% higher than those obtained with glass wool residue. However, for a percentage of 1% addition, the results obtained with glass wool residue are 35% higher than those obtained with fiberglass. For an addition rate of 3% results in the compressive strength test with fiberglass are 54% lower than those obtained with rock wool waste and 70% lower than those obtained with glass wool waste. Comparing the two mineral wools, it can be concluded that up to 3% of the addition, the glass wool series results obtained are 10% higher than those additived with rock wool. However, higher percentages of addition show that the results obtained with rock wool are 35% higher than those obtained with glass wool. The general conclusion is that the series additived with mineral wool from C&DW show better results in tests than the ones used nowadays as plaster reinforcement.
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Complejo escolar, Velilla de San Antonio, Madrid
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Among the mitigation strategies to prevent nitrogen (N) losses from ureic fertilizers, urease inhibitors (UIs) have been demonstrated to promote high N use efficiency by reducing ammonia (NH3) volatilization. In the last few years, some field experiments have also shown its effectiveness in reducing nitrous oxide (N2O) losses from fertilized soils under conditions of low soil moisture. An incubation experiment was carried out with the aim of assessing the main biotic mechanisms behind N2O emissions once that the UIs N-(n-butyl) thiophosphoric triamid (NBPT) and phenil phosphorodiamidate (PPDA) were applied with Urea (U) under different soil moisture conditions (40, 60 and 80 % water-filled pore space, WFPS). In the same study we tried to analyze to what extent soil WFPS regulates the effect of these inhibitors on N2O emissions. The use of PPDA in our study allowed us to compare the effect of NBPT with that of another commercially available urease inhibitor, aiming to see if the results were inhibitor-specific or not. Based on the results from this experiment, a WFPS (i.e. 60 %) was chosen for a second study (i.e. mesocosm experiment) aiming to assess the efficiency of the UIs to indirectly affect N2O emissions through influencing the pool of soil mineral N. The N2O emissions at 40 % WFPS were almost negligible, being significantly lower from all fertilized treatments than that produced at 60 and 80 % WFPS. When compared to U alone, NBPT+U reduced the N2O emissions at 60 % WFPS but had no effect at 80 % WFPS. The application of PPDA significantly increased the emissions with respect to U at 80 % WFPS whereas no significant effect was found at 60 %. At 80 % WFPS, denitrification was the main source of N2O emissions for all treatments. In the mesocosm study, the application of NBPT+U was an effective strategy to reduce N2O emissions (75 % reduction compared to U alone), due to a lower soil ammonium (NH4 +) content induced by the inhibitor. These results suggest that adequate management of the UI NBPT could provide, under certain soil conditions, an opportunity for mitigation of N2O emissions from fertilized soils.