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Preface of 1st Edition | |
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Preface of 2nd Edition | |
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Introduction | |
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Introduction | |
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Europe and America | |
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Asia | |
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Africa and Middle East | |
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Japan | |
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Covering materials: PE or PVC? | |
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Greenhouse production in Japan | |
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Floating mulch in Japan | |
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Plastic Wastes | |
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Problems | |
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Definition of Covering and Properties of Covering Materials | |
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Introduction | |
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Mulching | |
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Row covers (Tunnels) | |
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Floating mulches (Floating row cover) | |
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Rain shelters | |
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Unheated greenhouses | |
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Covering materials | |
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Problems | |
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Digital Simulation | |
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Introduction | |
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System dynamics | |
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Simulation languages | |
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Digital simulation by CSMP and MATLAB | |
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Concept of the analog computer | |
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Comparison of CSMP and MATLAB programs with mathematical equations | |
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Model structure and representation | |
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Differential equation | |
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Description of systems | |
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Heat flow and temperature regime in the soil | |
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A model for temperature regimes in the soil (CUC01) | |
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Model description | |
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Application to steady state models | |
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More on MATLAB | |
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Simulink | |
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Problems | |
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Heat Balance of Bare Ground | |
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Introduction | |
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Convective heat transfer | |
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A model with solar radiation and air temp. boundary condition (CUC02) | |
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Mass transfer | |
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A model with latent heat transfer (CUC03) | |
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Radiation balance | |
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Long wave radiation | |
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Problems | |
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Solar Radiation Environment | |
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Introduction | |
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Units of radiation and light | |
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Solar radiation properties of covering materials | |
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Calculation of transmissivity (CUC04) | |
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Solar radiation | |
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The sun's altitude and azimuth | |
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On a horizontal surface | |
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On a tilted surface | |
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Transmitted solar radiation (CUC05) | |
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Problems | |
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Temperature Environment Under Cover | |
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Introduction | |
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Effect of mulching | |
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Experimental measurements | |
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A model to simulate temperature regime under clear mulching (CUC20) | |
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Same model for black or white mulch | |
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Results of CUC20 model | |
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Temperature environment under row covers (CUC30) | |
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Double layer greenhouse model (CUC50) | |
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A pad and fan greenhouse model (CUC35) | |
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Problems | |
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CO[subscript 2] Environment | |
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Introduction | |
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CO[subscript 2] concentration in soil layer (CUC70) | |
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Program execution and output | |
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CO[subscript 2] concentration in a plastic house and ventilation | |
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One dimensional interpolation | |
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Problems | |
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Water and Water Vapor Environment | |
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Introduction | |
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Water and water vapor movement in soil | |
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Water and heat balance in soil layer (CUC90) | |
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Interaction between water movement and heat flow | |
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Problems | |
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Control Function | |
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Introduction | |
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System response | |
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PID control | |
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Temperature control logic (CUC120) | |
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Feedback vs. feedforward control | |
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Feedback and feedforward control | |
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System response and its application to feedforward control | |
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A floor-heating greenhouse with ideal conditions (CUC122) | |
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Problems | |
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Plant Response to the Environment | |
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Introduction | |
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Plant photosynthesis and respiration | |
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Energy balance of a plant leaf | |
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Stomata resistance of plant (CUC151) | |
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Plant growth model | |
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General concept of plant growth and yield models | |
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Dry matter production model (CUC160) | |
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Problems | |
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References | |
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Appendix | |
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Index | |