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T. Takakura, Wei Fang
ISBN: 9781402008467
Format: Paperback
Publisher:Kluwer Academic Publishers
Edition: 2nd Revised edition
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Gives a description of the simulation techniques used in the greenhouse industry, including different environments from mulching to greenhouses. This book discusses the relationship between plants and the environment. It emphasises on the relationship between quantitative phenomena and qualitative analyses.
This book gives a full description of the simulation techniques used in the greenhouse industry, including different environments from mulching to greenhouses. Another important topic discussed at length is the relationship between plants and the environment. An emphasis is put on the relationship between quantitative phenomena and qualitative analyses. Most of the phenomena involved are non-linear and non-steady-state. In this second edition we describe these phenomena with an approach called System Dynamics and mathematical models developed in the simulation languages MATLAB and SIMULINK. These models can be easily adapted to the specific requirements of the readers, and the environments in which they work. In general, the subjects covered in this book are relevant to graduate students, scientists, and researchers in the agricultural and biological sciences. This book is a valuable addition to libraries of agricultural organizations and individual professionals in both developing and developed countries.
| ISBN | 1402008465 | | Pages | 204 | | ISBN13 | 9781402008467 (What's this?) | | Volumes | 1 | | Publisher | Kluwer Academic Publishers | | Weight (grammes) | 650 | | Imprint | Kluwer Academic Publishers | | Published in | Dordrecht | | Format | Paperback | | Previous ISBN | 9780792321040 | | Publication date | 01 Oct 2002 | | Height (mm) | 234 | | Library of Congress | SB416 \.T3 | | Width (mm) | 156 | | DEWEY | 631.5830113 | | Spine width (mm) | 10 | | DEWEY edition | DC21 | | Academic level | Postgraduate, Professional / Scholarly |
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Preface of 1st Edition. Preface of 2nd Edition. 1. Introduction. 2. Definition of Covering and Properties of Covering Materials. 3. Digital Simulation. 4. Heat Balance of Bare Ground. 5. Solar Radiation Environment. 6. Temperature Environment Under Cover. 7. CO2 Environment. 8. Water and Water Vapor Environment. 9. Control Function. 10. Plant Response to the Environment. References. Appendix. Index.
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