رسوب های معدنی در سیستم های زیستی و صنعتی ۲۰۱۳
Mineral Scales in Biological and Industrial Systems 2013

1. Front Cover

2. Contents

3. Preface

4. Editor

5. Contributors

6. Chapter 1: Nucleation and Crystal Growth of Calcium Carbonate under Flow Conditions

7. Chapter 2: Calcite Growth Rate Inhibition by Low Molecular Weight Polycarboxylate Ions

8. Chapter 3: Development of an Environmentally Acceptable New Polymer Calcium Sulfate Inhibitor for High Pressure–High Temperature (HTHP) Squeeze Application

9. Chapter 4: Effect of Biopolymers on Scale Formation

10. Chapter 5: Scaling Control for High-Temperature and High-Pressure Oil Production

11. Chapter 6: Biopolymers as Calcium Fluoride Precipitation Inhibitors for Aqueous Systems

12. Chapter 7: Inhibition of Calcium Phosphate by Phosphonates: The Effect of Triazinetriphosphonic Acid

13. Chapter 8: Scale Formation in Sugar Juice Heat Exchangers

14. Chapter 9: Struvite Scale Formation: Prevention and Phosphorus Recovery

15. Chapter 10: Solution Chemistry Impact on Silica Polymerization by Inhibitors

16. Chapter 11: Chemistry of Metal Silicates Deposits from Geothermal and Petroleum Produced Waters

17. Chapter 12: Silica Scale Inhibition: Untangling the “Gordian Knot” of Scale Formation in Industrial Water Systems

18. Chapter 13: Review of the State of the Art of Antiscalant Selection

19. Chapter 14: Influence of Additives on Calcium Oxalate Crystallization in Solution

20. Chapter 15: Polarization-Mediated Modification of Hydroxyapatite to Improve Biological Responses

21. Chapter 16: Impact of Calcium Carbonate Mineral Scales in Industries: Role of Surface Chemistry

22. Chapter 17: Mitigating the Coastal Ecological Damage of Spilled Oil via Oil Anti-Deposition Strategies

23. Chapter 18: Evaluation of Biopolymers as Iron Oxide (Rust) Dispersants for Industrial Water Systems

24. Chapter 19: “Good Scale”–“Bad Scale”: How Metal–Phosphonate Materials Contribute to Corrosion Inhibition

25. Chapter 20: Influence of Polymer Architecture on the Stabilization of Copper (II) in Aqueous Systems

26. Chapter 21: Microscopy and X-Ray-Based Analytical Techniques for Identifying Mineral Scales and Deposits

27. Chapter 22: Characterization of Oil-Field Calcium Carbonate Scales

28. Back Cover