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Book Mathematical Modeling of Physical Properties for Hexagonal Binaries: Mathematical Modeling of Ionicity Factor and Bulk Modulus for Hexagonal Binary Semiconductor Materials

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Mathematical Modeling of Physical Properties for Hexagonal Binaries: Mathematical Modeling of Ionicity Factor and Bulk Modulus for Hexagonal Binary Semiconductor Materials

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    Available in PDF - DJVU Format | Mathematical Modeling of Physical Properties for Hexagonal Binaries: Mathematical Modeling of Ionicity Factor and Bulk Modulus for Hexagonal Binary Semiconductor Materials.pdf | Language: ENGLISH
    Ghassan Ezzulddin Arif (Author), Yarub Al-Douri (Author)

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Model is a miniature representation of something: a pattern of something to be made: an example for imitation or emulation: a description or analogy used to help visualize something (e.g., an atom) that cannot be directly observed: a system of postulates, data and inferences presented as a mathematical description of an entity or state of affairs. This definition suggests that modeling is an activity, a cognitive activity in which we think about and make models to describe how devices or objects of interest behave. We can use words, drawings or sketches, physical models, computer programs, or mathematical formulas. In other words, the modeling activity can be done in several languages, often simultaneously. Since we are particularly interested in using the language of mathematics to make models. Mathematical model is a representation in mathematical terms of the behavior of real devices and objects. We want to know how to make or generate mathematical representations or models, how to validate them, how to use them, and how and when their use is limited. However, before delving into these important issues, it is worth talking about why we do mathematical modeling.
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Supported Devices Windows PC/PocketPC, Mac OS, Linux OS, Apple iPhone/iPod Touch.
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Flowing Text / Pages Pages
Printable? Yes

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