UID:
almahu_9947367900002882
Format:
1 online resource (421 p.)
ISBN:
1-281-05825-4
,
9786611058258
,
0-08-054465-7
Series Statement:
Studies in interface science ; v. 3
Uniform Title:
Mezhfaznai͡a tenziometrii͡a.
Content:
This is the first monograph devoted to interfacial tensiometry and is therefore the definitive source of information on measuring surface tension. More than 40 methods for measuring surface tension both at the liquid-fluid and solid-fluid boundaries are described including methods using computational techniques, tele- and video-apparatus, and laser techniques. A central place in the book has been given to methods based on the investigation of properties of liquid and gaseous menisci both in the presence or absence of a gravitational field and a rotational one. Their description is preceded by
Note:
Rev. translation of 1994 Russian publication.
,
Front Cover; Interfacial Tensiometry; Copyright Page; Contents; Foreword; Preface; CHAPTER 1. THEORY OF SURFACE TENSION; 1. Is the Surface Tension of Liquids Real?; 2. Surface Tension as Mechanical Quantity. Laplace Formula; 3. Surface Tension as Thermodynamic Quantity; 4. Surface Tension and Surface Energy of Liquids; 5. Surface Tension and Molecular Forces; 6. Surface and Cohesive Energy of Condensed Bodies; 7. Condition of Equilibrium at Three-Phase Contact Line. Neumann and Young Equations; 8. Gibbs Adsorption Equation; 9. Dependence of Surface Tension on Temperature
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10. Dependence of Surface Tension on Pressure11. Dependence of Surface Tension on Chemical Composition. Surface Activity; 12. Surfactants; 13. Role of Surface Tension in Stability of Bodies; 14. Nonequilibrium Surface Tension under Condition of Surface Relaxation; 15. Nonequivalence of Mechanical and Thermodynamic Surface Tension in Solids; CHAPTER 2. AXISYMMETRIC MENISCI AND LAPLACE FORMULA; 16. Curvature of the Surface of Revolution; 17. Principal Types of Axisymmetric Menisci. Rolled Up Menisci; 18. Rolled Out Menisci; 19. Particular Cases of Rolled Up and Rolled Out Menisci; 20. Bridges
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CHAPTER 3. METHODS FOR MEASURING SURFACE TENSION OF LIQUIDS BASED ON STUDYING PROFILES OF MENISCI WITH FIXED SHAPE21. General Formulation of the Problem of Determining Surface Tension; 22. Sessile Drop Method; 23. Pendant Drop Method; 24. Regression Variants of the Pendant and Sessile Drop Methods; 25. Experimental Aspects of Pendant and Sessile Drop Methods; 26. Rolled out Meniscus Method; 27. Capillary Rise Method; 28. Annulus-Capillary Rise Method; 29. Two-Meniscus Methods; 30. Method of Meniscus at Flat Wall; 31. Vertical Cylinder Method; 32. Wilhelmy Plate Method
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CHAPTER 4. METHODS BASED ON MEASURING EXTREME VALUES OF PARAMETERS OF MENISCI33. General Formulation of the Problem of Determining Surface Tension; 34. Maximum Sessile Drop Height Method; 35. Method of Drawing out Vertical Cylinder; 36. Method of Drawing out Sphere; 37. Method of Drawing out Cone; 38. Methods of Drawing out Plate and Hollow Cylinder; 39. Methods of Drawing out Horizontal Cylinder and Ring; CHAPTER 5. METHODS USING MENISCI AT STABILITY LIMIT; 40. Method Of Maximum Pressure In Bubble Or Drop; 41. Falling Meniscus Method; 42. Drop Weight Method
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43. Method of Maximum Height of Pendant Drop44. Methods of Detachment of Bodies. First Type Variants; 45. Methods of Detachment of Bodies. Second Type Variants; CHAPTER 6. SPECIAL DYNAMIC METHODS; 46. Oscillating-Jet Method; 47. Method Of Jet Printer; 48. Liquid Curtain Method; 49. Capillary Wave Method; CHAPTER 7. METHODS USING ROTATION FIELD; 50. Spinning Drop Method; 51. Spinning Rod Method; 52. Method Of Squeezing Out Drop By Centrifugal Field; CHAPTER 8. METHODS TO DETERMINE SURFACE TENSION OF SOLIDS; 53. Specialty of Determining Surface Tension of Solids; 54. Zero-Creep Method
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55. Field Electron and Ion Microscopy
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English
Additional Edition:
ISBN 0-444-82128-7
Language:
English
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