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Design of experiments in chemical engineering a practical guide Zivorad R. Lazic

By: Lazic, Zivorad R [autor]Publisher: United States of America Wiley-VCH 2004Description: x, 610 pages Illustrations, figures, tables 25 cmContent type: Media type: Carrier type: ISBN: 9783527311422Subject(s): Diseño de experimentos | Estadistica para ingenieros | Ingenieria QuimicaDDC classification: 660
Contents:
Introduction to statistic for engineers. - - Design and analysis of experiments. - - Mixture design "composition-property".
Summary: The last twenty years of the last millennium are characterized by complex automatization of industrial plants. Complex automatization of industrial plants means a switch to factories, automatons, robots and self adaptive optimization systems. The mentioned processes can be intensified by introducing mathematical methods into all physical and chemical processes. By being acquainted with the mathematical model of a process it is possible to control it, maintain it at an optimal level, provide maximal yield of the product, and obtain the product at a minimal cost. Statical methods in mathematical modeling of a process should not be opposed to traditional theoretical methods of complete theoretical studiesof a phenomenon.
List(s) this item appears in: Ingeniería Química
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Item type Current location Collection Call number Vol info Copy number Status Date due Barcode Item holds
Reserve Book Reserve Book B. Campus los Cerros
Colección general
Colección general 660 L431 (Browse shelf) 2004 1 Available 0000056504
Total holds: 0

Includes sppendix, index. - - Appendix A1. answers to selected problems. - - A2. Tables of statistical funtions.

Introduction to statistic for engineers. - - Design and analysis of experiments. - - Mixture design "composition-property".

The last twenty years of the last millennium are characterized by complex automatization of industrial plants. Complex automatization of industrial plants means a switch to factories, automatons, robots and self adaptive optimization systems. The mentioned processes can be intensified by introducing mathematical methods into all physical and chemical processes. By being acquainted with the mathematical model of a process it is possible to control it, maintain it at an optimal level, provide maximal yield of the product, and obtain the product at a minimal cost. Statical methods in mathematical modeling of a process should not be opposed to traditional theoretical methods of complete theoretical studiesof a phenomenon.

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