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WEB-based non-ferrous metallurgy thermodynamic database system research and design

Author: ZhouMing
Tutor: XieGang
School: Kunming University of Science and Technology
Course: Non-ferrous metallurgy
Keywords: database structure design thermodynamic calculate model
CLC: TF801.1
Type: Master's thesis
Year: 2010
Downloads: 35
Quote: 0
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Abstract


The non-ferrous metallurgical web-based thermodynamic database system is used in structure design. The main object of study is thermo-dynamic section of nonferrous metal. A thermo-dynamic database is constructed by web.The study is system research based on the non-ferrous metallurgical web-based thermodynamic database. Designing and constructing a thermo-dynamic database is mainly stated. The database in the paper is the basic and important part of the non-ferrous metallurgical thermodynamic database. So the database’s constructing and designing is very important.The total design, foreground design, background design and thermodynamic calculate in database are formulated in the paper. In total design, the process and current situation of system structure design is expended. Practical thermodynamic database structure is proposed and designed. Popular browser/server mode is used in design process. Then main functional design for structure is studied. In the same time, Microsoft Visual Studio 2008 and Microsoft SQL 2008 are used as main operation environment. In foreground design, client is analyzed, designed and realized in order to meet customer’s request. In the background design, the main study is for thermodynamic calculate. The database’s problems such as organization, management and safety are discussed in the study, as well as some practical operations of inquiry language.Basic theory of thermodynamic calculates is researched. The model for thermodynamic calculate is constructed. And in the meanwhile, formula and flow chart are given in the study.

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CLC: > Industrial Technology > Metallurgical Industry > Nonferrous metal smelting > General issues > Theoretical and Computational > Smelting principle
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