This paper presents the results of a research project aimed at studying the behavior of the radiation pattern of a patch array antenna through computer simulations. In this sense, we present the basic guidelines for design, implementation and preliminary simulation of different antenna prototypes through an algorithm simulator developed in MATLAB ® environment. Comparative studies of the simulation values were performed with the software LVDAM-ANT® which relate simulation data with actual experimental values. The results obtained demonstrate the efficiency of the simulation algorithm developed to underpin the study presented in this paper.Keywords-Microstrip patch array, radiation pattern, electromagnetic field, simulator GUI. This paper presents the results of a research project aimed at studying the behavior of the radiation pattern of a patch array antenna through computer simulations. In this sense, we present the basic guidelines for design, Digital Object Identifier (DOI): http://dx. Abstract- implementation and preliminary simulation of different antenna prototypes through an algorithm simulator developed in MATLAB ® environment.Comparative studies of the simulation values were performed with the software LVDAM-ANT® which relate simulation data with actual experimental values. The results obtained demonstrate the efficiency of the simulation algorithm developed to underpin the study presented in this paper.
The article describes how the geographic geolocation can offer a great opportunity for the real estate sector to create maps, where customers can consult the location of the property, view the environment of the residential and commercial locations around the property without having to travel physically to the site. This functionality can significantly help clients make good purchasing decisions and sales by displaying important information on the map.
The present manuscript deals with a deep mathematical analysis of the functions that should be used in the Clausius Clapeyron thermodynamic modelling, which is usually modelled linearly, this research emphasizes that the thermal models are nonlinear even taking into account the heat capacities as a constant. Specifically, the mathematical analysis of the thermal decaying models proposes what equations should be used depending on the type of enthalpy function. Consequently, the enthalpy functions depend on the model of the heat capacity proposed by Albert Einstein. The magnitude of the errors that would be committing by using linear regressions on experimental data were also estimated; as is the case for the vast majority of publications in this area. The study also shows how the models behave in wide temperature range; and how they are becoming apparent linear as the temperature range decreases.
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