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The author wrote with comprehensive approach that includes development scientific Basic. This is great help for determining oil gas potential as well as optimum production strategies in the region. This is best for geologist, geophysicist, practicing engineering, and graduate student who is engaged in petroleum studies. The contents of the book take the reader to some of the most fundamental description of geological history in the region, and embarks into the application of advanced mathematical models and engineering techniques.

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1. Geology of Azerbaijan and the south Caspian Basin
2. Mud Volcanoes
3. Regional Distribution of oil and gas
4. Lethostratigraphic frame work
5. Onshore oil and gas field
6. offshore oil and gas field
7. General regularities in Oil and gas Distribution
8. Conclusion ( chapter 1-7)
9. Mathematical Models in Petroleum Geology
10. Mathematical Models in oil and gas Exploration and Production

(Static Geologic System)

1. Mathematical Modeling Geological Processes ( Dynamic Geological System)
2. Other Information’s of Numerical simulation Methodology
3. Conclusions ( Chapter 8-13)

http://rapidshare.de/files/20860169/BURYAKOVSKY__L._A.__2001_._Petroleum_Geology_of_the_South_Caspian_Basin.rar

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1. Why and How Turboexpanders are Applied
2. Turboexpanders Fundamentals
3. Application of Cryogenic Turboexponders
4. Application of Hot Gas Turboexponders
5. Specifiying and Purchasing Turboexponders
6. Special feature and controls
7. Turboexponder protection and Upgrading
8. Specific Application and Case Histories

http://rapidshare.de/files/20854422/BLOCH__H._P.__2001_._Turboexpanders_and_Process_Applications.rar

The main subject of this book is to Control Air Pollutants that we are facing nowadays. The purpose of the author is to present a Rigorous and fundamental Analysis of Production of Air Pollutants and how it to be controlled. Its responsibility is concerned with meteorology of air Pollution. By reading this, the readers will be gaining or adding knowledge about Fundamental of Air Pollution.

1. The History of air Pollution
2. The Natural Versus Polluted Atmosphere
3. Scale of air Pollution Problem
4. Air Quality
5. The philosophy of Air Pollution Control
6. Sources of air pollution
7. Effects of Human Health And Welfare
8. Effects on Vegetation and animals
9. Effects on Materials and Structure
10. Effects 0of atmosphere, Soil, and water Bodies
11. Long-term Effects of the Planet
12. Atmospheric Chemistry
13. Ambient Air Sampling
14. Ambient Air Pollutants: Analysis and Measurement
15. Air pollution Monitoring and Surveillance
16. Air pathways from Hazardous Waste site
17. The Physics Of The Atmosphere
18. The Meteorological Basic of Atmospheric Pollution
19. Transport and Dispersion of Air Pollutants
20. Air Pollution Modeling and Prediction
21. Air Pollution Climatology
22. Air Quality Criteria And Standards
23. Indoor Air Quality
24. The U.S Clean air act Amendments of 1990
25. Emission Standard
26. The Elements of Regulatory Control
27. Organization of Air pollution Control
28. Engineering Control Concepts
29. Control Devices System
30. Control of Stationery Sources
31. Control Of Mobile Sources
32. Source Sampling Monitoring

http://rapidshare.de/files/20855363/BOUBEL__R._W.__1994_._Fundamentals_of_Air_Pollution__3rd_ed._.rar

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This book was meant to summarize the technical experience, to systematically describe the theory and design of hovercraft, aiming to connect the theories with practice in order to solve practical problems in hovercraft design. The principle of the content is to describe the features of air cushion technology, and give sufficient design information to allow the reader to prepare a basic project design.

1. Introduction of hovercraft

2. Air cushion theory

3. Steady Drag forces

4. Stability

5. Trim and body surface deformation under the cushion

6. Maceuvrability

7. Design and analysis of ACV and SES skirts

8. Motion in waves

9. Model experiment and scaling laws

10. Design methodology and performance estimation

11. Determination of principal Dimensions of ACV/SES

12. Left system design

13. Skirt design

14. Structural design

15. Propulsion design

16. power Unit selection

http://rapidshare.de/files/21144432/YUN__L.__2000_._Theory_and_Design_of_Air_Cushion_Craft.rar