1000 resultados para análise de balanço
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Pós-graduação em Desenvolvimento Humano e Tecnologias - IBRC
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Pós-graduação em Relações Internacionais (UNESP - UNICAMP - PUC-SP) - FFC
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Pós-graduação em Zootecnia - FCAV
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A maior parte das espécies de anuros adultos terrestres está constantemente exposta a altas taxas de perda de água por evaporação através da pele. A manutenção do balanço hídrico nestes animais envolve a absorção de água através da mancha pélvica, uma região da pele ventral altamente permeável à água, além da reabsorção de água a partir do fluido filtrado nos glomérulos ao longo do sistema tubular dos néfrons, bem como a partir da urina formada e estocada na bexiga urinária, em resposta à arginina vasotocina (AVT). O movimento de água através da membrana plasmática ocorre através de poros formados por proteínas integrais de membrana, conhecidas como aquaporinas (AQPs), e a regulação osmótica exercida pelo AVT envolve translocação de vesículas contendo AQPs do citoplasma para a membrana apical e, provavelmente, alteração na expressão de alguns tipos de AQPs. Resultados previamente obtidos no laboratório demonstraram a existência de variação interespecífica nas taxas de reidratação de três espécies de Rhinella, sendo que R. ornata apresentou taxas de reidratação significativamente menores que aquelas apresentadas por R. schneideri e R. icterica. Uma possível explicação para esta variação em taxas de reidratação poderia envolver diferenças na expressão de aquaporinas na mancha pélvica. Desta forma, o objetivo do projeto foi identificar e quantificar a expressão do RNAm de aquaporinas do tipo 1 (AQP-1) e de aquaporinas AVT dependentes pertencentes ao tipo 2a (AQP-t2 e AQP-t3) - quanto à classificação das AQPs entenda-se AQP -t aquelas que apresentam sequência gênica referentes a Rinella marina AQP -h a Hyla japonica.- nos seguintes tecidos: pele dorsal e pele ventral (mancha pélvica) de espécimes de R. schneideri e R. ornata totalmente hidratados e após submissão à desidratação correspondente a 70% da massa corpórea padrão. As hipótese ...
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Pipelines are linear construction that intersect several environments, requiring integration of environmental and technical aspects in its various elaboration steps. Environmental impact assessment if made to integrate the environmental information to enable environmental characterization, possibility identify previously fragilities of environment what contributes to the safety forecast of the significant impacts. These studies shall consider superimpose of the elements and the worsening of critical situations that already exists. In this way, meet and analyse informations about the environmental impact assessment, constructive aspects related to pipelines transport and get environmental impact studies of the case studies, providing the student a critical vision for the discussion of the apropiate balance between description and analysis, methodological rigour and the interface between construction and the environmente with inserts. Performing the critical analysis of methodologies and applied criteria for the environmental diagnosis and impact identification, search improve the methodologies for elaboration of environmental impact studies for linear construction, particulary pipelines, minin conflicts and giving security for the license process. Await provide subsidy to direction data collection, for choosing environmental indicator and for the prognosis and indentification of impacts.
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The performance analysis based on indicators is an important tool when you want to check the economic and financial situation of a company. From the information provided by the ratios and their analysis, we have a better base for a decision making In this context , this study aims to analyse the financial and economic performance of a service providing company in the cleaning area, in the period between 2011 and 2012 , based on selected financial indicators, and basically calculated from the financial statements (Balance Sheet and Income Statement) , beyond effectuated the vertical and horizontal analysis of them. For the methodological procedures it was used a descriptive case of study and combined (quantitative and qualitative). The results revealed that the economic and financial situation of the company is healthy , once the results are considered satisfactory
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This work analyzed the loss of sensible heat from one fluid to be considered homogeneous heat distribution on a thermal reservoir with cylindrical geometries composite insulating layers. We studied two thermal reservoirs with a volume of 20 liters, and the first has a layer thickness of 75 mm of expanding polyurethane foam wrapped in the polycarbonate container and the second container has only layer thickness of 5 mm of polycarbonate, as insulation of fluid of the external environment. The experimental results are compared with theoretical results obtained through a calculation script, displayed and detailed during the work development, from the theory of energy balance. The maximum error introduced between the theoretical and experimental results were 3.5% and 1.4% respectively for the Boilers with or without a polyurethane coating
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In the past years, soya has increased itself as the mean agro export culture in Brazil, encouraging the expansion of its agricultural frontier throughout the country. Brazil is the second biggest soya producer around the world, with a 59,8 million ton production in 2008, according to the Instituto Brasileiro de Geografia e Estatística (IBGE), only behind United States. Around the country, the four leading producer states are Mato Grosso, Paraná, Rio Grande do Sul e Goiás. Therefore, geotechnologies may be used to monitor use and soil occupation in various analyzes periods. In this review, the tools are important to illustrate the soya production areas and also the weather behavior around its production evolution in the territory through the years. Its utilization can contribute to the evolution and optimization around real time monitoring of the Agricola cultures, without being necessary to be in the area with a low financial cost. Generally, this information is strongly important for decision makers in both government and private sector, as soon as the achievement information regards the quantification of area, yield and development of agricultural crops are essential to the economic behavior of culture during the season and even beyond. By obtaining data regarding climate crops 2008/09 and 2009/10, held the climatic water balance calculation based on the dynamics of water storage in soil temperature and precipitation data, interpolation of the data through the interpolator (IDW) that generated thematic precipitation maps. Overall, the use of geotechnology to monitor agricultural areas, can strongly contribute to this monitoring, generating raw material for further analysis at low cost
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The steel type AISI 4130 (ultra-high strength steel) is an alloy of low carbon and its main alloying elements are chromium and molybdenum, which improves the toughness of the weld metal. It has numerous applications, especially where the need for high mechanical strength. It is widely used in equipment used by the aviation industry, such as cradle-tomotor, and this is the motivation for this study. Cots are of fundamental importance, because the engine supports and maintains balance in the fixed landing gear. This equipment is subjected to intense loading cycles, whose fractures caused by fatigue are constantly observed. Will be determined the effects caused by re-welding the structure of aeronautical equipment, and will also study the microstructure of the metal without welding. The studies will be done on materials used in aircraft, which was given to study. The results provide knowledge of microstructure to evaluate any type of fracture that maybe caused by fatigue. Fatigue is a major cause of aircraft accidents and incidents occurred, which makes the study of the microstructure of the metal, weld and re-solder the knowledge essential to the life of the material. The prevention and control of the process of fatigue in aircraft are critical, since the components are subjected to greater responsibility cyclic loading
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The current study has aimed to analyze changes in strategies at the International Monetary Fund that occurred during the 1980s and 1990s. The analysis is done through the the recovery of the 1980s international economic scene, amid the global recession and debt crisis, and shows how the course of the decade and influenced changes under recommendations provided by the IMF to countries with balance of payments crisis. Furthermore, the paper also describes the changes in the international financial system, in some countries which have adopted them and also to the International Monetary Fund itself
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
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The objective of this work was the analysis of the energetic ethanol production systems using as source of carbohydrates, manioc, sugar cane and maize crops. The searches were carried from the field in the Paranapanema River Valley, state of Sao Paulo in the operations of cultivation and industrial processing of raw materials for analysis. The expenditure of energy concerning the agricultural part was made by the energy consumption of stage production of one hectare of sugar cane, cassava and corn, tillage and planting procedure, inputs, driving the crop, harvest, transport industry and energy draining. The expenditure of energy referring to the part was made by the industry energy consumption of stage processing of one tonne of sugar cane, cassava and corn, in the operations of disintegration / milling, hydrolysis / treatment of the broth, fermentation, distillation and maintenance of equipment. Under the system of agronomic production of raw materials, manioc presented an energy expenditure below that of sugar cane and maize (9,528.33 MJ ha-1; 14,370.90 MJ ha-1 and 15,633.83 MJ ha-1, respectively). For the ethanol produced, the operations of cultivation has consumed 1.54 MJ l-1 with manioc; MJ 1.99 l-1 with sugar cane, and 7.9 MJ l-1 with the corn. In the industrial processing of a ton of raw material, sugar cane presented an energy cost less than the cassava and maize (1,641.56 MJ t-1; 2,208.28 MJ t-1 and MJ 3,882.39 t-1, Respectively), however, showed a higher cost than when they related to ethanol produced (19.38 MJ l-1; 11.76 MJ l-1 and 11.76 MJ l-1, respectively). In the final energy balance for each megajoules of energy invested in sugar cane were required 1.09 MJ (9%), for each megajoules of energy invested in manioc were required 1.76 MJ (76%) and for each megajoules energy invested in maize were required 1.19 MJ (19%). Overall, it appears that the manioc consumes less energy than sugar cane and corn crops in the process of agribusiness obtaining ethanol.