1. Boltzmann's Relation: [Sperling-72]
   
   
2. Buche-Cashin-Debye equation: [Huang Lee-1]
   
   
3. Chain Expansion (over theta condition): [Sperling-76]
   
   
4. Chain Transfer: [Hiementz-288]
   
   
5. Characteristic Ratio: [Sperling-174]
   
   
6. Coatings
   
   
7. Cohesive Energy Density: Stevens-43]
   
   
8. Colorants: Pigments and Dyes
   
   
9. Conductivity
   
   
10. Conformational Energy of a Polymer with respect to Dihedral Energy: [Sperling-49]
    
    
11. Critical Surface Tension: No Reference Yet
    
    
12. Crosslinking
    
    
13. Degree of Polymerization [Hiementz-3]
    
    
14. Dyads [Odian 3rd-621, 675]
    
    
15. Einstein Viscosity Relationship [Sperling-102]
    
    
16. Elongation [Sperling-400]
    
    
17. Emulsion Polymerization [Williams-114]
    
    
18. End-to-End Distance Calculation: [Hiementz-43]
    
    
19. Enthalpy of Mixing: [Hiementz- 521]
    
    
20. Entropy of Mixing: [Sperling-73]
    
    
21. Eyring Viscosity: [Hiementz- 96]
    
    
22. Flory-Huggins Parameter: [Sperling-75]
    
    
23. Flory-Rehner Equation: [Sperling-428] (9.12)
    
    
24. Flory Temperature: [Sperling-114]
    
    
25. Free Energy Change of Mixing: [Hiementz-524]
    
    
26. Gel Permeation Chromatography
    
    
27. Gel Point: [Alcocke-277]
    
    
28. Gibbs Free Energy of Mixing: [Sperling-74]
    
    
29. Glass Transition Temperature: [Williams-196]
    
    
30. Good Solvent vs. Poor Solvent: [Hiementz-60]
    
    
31. Hagen-Poiseuille Equation: [Sperling-493]
    
    
32. Head-Tail Placement: [Sperling-24]
    
    
33. Huggins Equation: [Sperling-105]
    
    
34. Kinetics of Chain Polymerization, Differential Equations for:
    
    
35. Kraemer Equation: [Sperling-106]
    
    
36. Light Scattering: [Hiementz-659]
    
    
37. Mark-Houwink: [Sperling-104] (3.8.1)
    
    
38. Molecular Weight, Definitions of
    
    
39. Molecular Weight, Distributions of
    
    
40. Molecular Weight, Techniques for Determining
    
    
41. Mooney-Rivlin Equation [Sperling-407]
    
    
42. Osmotic Pressure vs. Molecular Weight: [Sperling-80]
    
    
43. Phase Equilibria
    
    
44. Poisson's Ratio: [Sperling-306]
    
    
45. Polydispersity [Sperling-97]
    
    
46. Radius of Gyration [Williams-228]
    
    
47. Relaxation Time: [Sperling-466]
    
    
48. Rouse-Bueche Theory of Polymer Chain Motion: [Sperling-179]
    
    
49. Rubber Elasticity (Stress), Equation of State for: [Sperling-320]
    
    
50. Small Angle Neutron Scattering: [Sperling-165]
    
    
51. Solubility Parameters: [Sperling-71]
    
    
52. Stirling's Approximation: [Sperling-72]
    
    
53. Stress of a Spring (Young's Modulus, Tensile stress, and strain)
    
    
54. Svedberg Equation: [Hiementz-638]
    
    
55. Tangent of the Phase Angle: [McCrum-113]
    
    
56. Tacticity: [Hiementz-32]
    
    
57. Time-Temperature Superposition: [Sperling-479]
    
    
58. Universal Calibration Constant: [Sperling-112]
    
    
59. Viscosity: [Sperling-107]
    
    
60. Williams-Landel-Ferry (WLF) Equation: [Sperling-482] (10.48)
    
    
61. X-Ray Diffraction
    
    
62. Young's Modulus: No reference yet
    
    
63. Young's Relation: No reference yet
    
    
64. Zimm Plot Equation: [Hiementz-710]
    
    

---

---

Last Update- November 12, 1995- wld

---

---