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Relative humidity : sensors, management, and environmental effects /
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Hauppauge, N.Y. :
Nova Science Publishers,
c2011.
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| Colección: | Environmental science, engineering and technology series.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- RELATIVE HUMIDITY: SENSORS, MANAGEMENT AND ENVIRONMENTAL EFFECTS ; RELATIVE HUMIDITY: SENSORS, MANAGEMENT AND ENVIRONMENTAL EFFECTS ; CONTENTS; PREFACE ; ANALYSIS OF LOW-LEVEL TEMPERATURE INVERSIONS IN SOME OF GCC COUNTRIES: DEVELOPING A TEMPLATE FOR CHARACTERIZATION OF LONG TERM ANALYSIS OF CLIMATE CHANGE AND GLOBAL WARMING IN THE REGION ; ABSTRACT; 1. INTRODUCTION; 2. PREVIOUS LITERATURE PREVIEW ; 3. METHODOLOGY ; 3.1. Selection of Observing Stations; 3.2. Experimental Design ; 3.3. Statistical Analysis of Data Collection ; 3.4. Determination of Inversion Parameters ; 4. RESULTS.
- 4.1. Analysis of Thermal Inversions in Saudi Arabia (Station NO. 40416) 4.1.1. Inversion frequencies ; 4.1.2. Inversion height ; 4.1.3. Inversion depth ; 4.1.4. Inversion strength ; 4.2. Analysis of thermal inversions in Saudi Arabia (Station NO. 40417) ; 4.2.1. Inversion frequencies ; 4.2.2. Inversion height ; 4.2.3. Inversion depth ; 4.2.4. Inversion strength ; 4.3. Analysis of thermal inversions in Saudi Arabia (Station NO. 41024) ; 4.3.1. Inversion frequencies ; 4.3.2. Inversion height ; 4.3.3. Inversion depth ; 4.3.4. Inversion strength.
- 4.4. Analysis of Thermal Inversions in Kuwait (Station NO. 40582) 4.4.1. Inversion frequencies ; 4.4.2. Inversion height ; 4.4.3. Inversion depth ; 4.4.4. Inversion strength ; 4.5. Analysis of Thermal Inversions in the United Arab Emirates (Station NO. 41217) ; 4.5.1. Inversion frequencies ; 4.5.2. Inversion height ; 4.5.3. Inversion depth ; 4.5.4. Inversion strength ; 4.6. Analysis of Thermal Inversions in Oman (Salalah Station NO. 41316) ; 4.6.1. Inversion frequencies ; 4.6.2. Inversion height ; 4.6.3. Inversion depth ; 4.6.4. Inversion strength ; 5. DISCUSSION AND CONCLUSION ; REFERENCES.
- EVAPORATION AND EVAPOTRANSPIRATION, THEORY AND ASSESSMENT METHODS INTRODUCTION ; PHYSICS OF EVAPORATION ; Atmospheric Factors ; The Energy Requirement for Evaporation ; The Mechanism of Transferring Vapor to the Atmosphere ; Potential Evapotranspiration ; Plant Factors ; Soil Factor ; THE NATURE OF THE EVAPORATING SURFACE ; APPLICATIONS OF EVAPORATION STUDIES ; Spatial Scale in Evaporation Studies ; Time Scale in Evaporation Studies ; Evaluation of Evaporation ; Measurement of Evaporation; Measurement of Evapotranspiration ; Estimation of Evaporation.
- Estimation of Evaporation by Modeling Based on Physics of Evaporation The Water Balance Method ; The Eddy Correlation Method ; The Energy Balance Method ; The Aerodynamic or Profile Method ; The Combination Method ; Estimation of Evaporation Based on Statistical Regression Models ; Using Remote Sensing Data to Evaluate Evaporation ; SOLAR RADIATION MODELING ; ESTIMATING GLOBAL RADIATION ON THE SURFACE ; MODELING OF NET RADIATION OVER A TERRAIN SURFACE ; Theory of Calculating Net Radiation ; Calculating Evapotranspiration Based on Energy Balance Method.