Journal of Hydrology 468–469 (2012) 101–110 Contents lists available at SciVerse ScienceDirect Journal of Hydrology journal homepage: www.elsevier.com/locate/jhydrol A gap-filling model for eddy covariance latent heat flux: Estimating evapotranspiration of a subtropical seasonal evergreen broad-leaved forest as an example Yi-Ying Chen a‚ Chia-Ren Chu b‚ Ming-Hsu Li a‚⇑ a b Graduate Institute of Hydrological and Oceanic Sciences‚ National Central University‚ Taiwan Department of Civil Engineering
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Investigation of how Changing the Volume of Water in a Container Affects Its Rate of Heat Loss Aim : To investigate how changing the volume of water in a container affects its rate of its heat loss. The variable of this investigation is the volume of water which is put in the container. What I already know: I already know that the larger the volume of water there is the less heat loss occurs. I can tell this from my previous pilot experiment where I investigated‚ if the volume of water
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Materials & Design Materials and Design 28 (2007) 2295–2302 www.elsevier.com/locate/matdes Minimisation of the residual stress in the heat affected zone by means of numerical methods A.G. Olabi b a‚* ‚ G. Casalino b‚ K.Y. Benyounis c‚ A. Rotondo b a School of Mechanical and Manufacturing Engineering‚ Dublin City University‚ Dublin 9‚ Ireland Politecnico di Bari‚ Dipartimento di Ingegneria Meccanica e Gestionale‚ Viale Japigia 182‚ 70126‚ Italy c Industrial Engineering Department
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Spatial and Temporal Variation of Heat Content in the Upper 70m layer of the Arabian Sea Gopika.N Dept. of Physical Oceanography‚ School of Marine Sciences‚ Cochin University of Science and Technology‚ Kochi – 22‚ Kerala‚ India. Corresponding author E-mail ID:- gopika.n81@gmail.com ABSTRACT The upper ocean heat content is the most important parameter in view of ocean atmosphere interaction processes. In this study the temporal and spatial variation of heat content in the upper 70m layer of
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BROILER CHICKS WITH OR WITHOUT SUPPLEMENTAL HEAT UNDER THE PHILIPPINE CLIMATIC CONDITION RONA MAE C. GONZALES An undergraduate baby thesis manuscript presented to the faculty of the Department of Animal Science‚ College of Agriculture‚ Central Luzon State University in Partial requirement for the degree BACHELOR OF SCIENCE IN AGRICULTURE (Animal Science) PERFORMANCE OF BROILER CHICKS WITH OR WITHOUT SUPPLEMENTAL HEAT UNDER THE PHILIPPINE CLIMATIC CONDITION
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Combustion of Alcohols THE COMBUSTION OF ALCOHOLS PROBLEM Investigate the heat energy in a range of alcohol’s used as fuels. HYPOTHESIS I predict that octanol will release the most heat energy. This is because there is more bond energy in that molecule than the other alcohols. Within a molecule there are bond energies that are holding the atoms together. When the fuel combusts a chemical reaction takes place‚ this breaks the bonds‚ this requires energy‚ and makes new bonds this gives out energy
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Background: As heat is a form of thermal energy‚ they tend to have the behavior of reaching a thermal equilibrium. This means that when two bodies of different temperatures come in contact with each other‚ the hotter ones will transfer heat particles to the body with a colder temperature‚ with an aim to reach this “thermal equilibrium”‚ whatever the temperature may be. The larger the surface area‚ means there can be more “paths” from the sides of the body that are capable of releasing this heat particles
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The term ‘urban heat island’ refers to the localized increase in temperature associated with an urban area. The UHI is an example of unintentional climate modification when urbanization changes the characteristics of the earth’s surface and atmosphere. It was observed that the UHI effect might result in minimum urban temperatures being 5-6° greater than the surrounding countryside. In the case of London‚ mean annual temperature was 11°C‚ while the surrounding countryside was 9.6°C and the suburbs
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liquid droplets with respect to heat capacity and droplet size Abstract Define Using Molecular dynamic simulation a cluster of particles was modelled and their behaviour analysed with respect to temperature change. As proof of a specific state i.e. solid‚ the Mean squared displacement was calculated and illustrated with respect to time. This occurred for varying temperatures. From the internal energy of the system per time step‚ the heat capacity was determined. Heat capacity was then plotted against
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Analysis of a bladeless steam turbine for use in a domestic combined heat and power system Peter Burton Edinburgh Napier university Abstract This report analyses the suitability of a bladeless ‘Tesla’ type steam turbine to determine its merit for use in a domestic combined heat and power system. A physical prototype was developed and built so that cost and performance data could be determined. With this done‚ a cost analysis was prepared to evaluate its performance when integrated into a
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