APPENDIXA BIBLIOGRAPHY 1. Relation Between Hardening and Composition of Asphalt Preprints Div. of Petroleum Chemistry, American Chemical Society, Vol. 5, No.4-A, pp. A-71 to A-77 R. N. Traxler, 1960 2. Molecular Interactions of Asphalt: An Infrared Study of the Hydrogen- Bonding Basicity of Asphalt Analytical Chemistry, Vol. 46, No.2, pp. 273-277. Barbour and Petersen, Feb. 1974 An Inverse GLCStudy of Asphalts Used in the Zaca-Wigmore Experimental Road Test Proc. of AAPT, Vol. 36, pp. 1-10. T. C. Davis and J. C. Petersen, 1967 3. 4. Direct Evidence of Ketones in Oxidized Asphalts Analytical Chemistry, Vol. 46, No. 14, pp. 2242-2244. S. M. Dorrance, F. A. Barbour and J. C. Petersen, Dec. 1974 5. Changes in Chemical Composition of a Kuiwait Short Residue During Air Blowing Analytical Chemistry, Vol. 47, No. 14,pp. 2432-2437. G. A. Haley, Dec. 1975 6. The Fractionation of Asphalt Paper prepared for AAPT Meeting M. M. Hattingh, Jan. 1984 7. Compositional Analysis Used to Explore Asphalt Hardening Proc. of AAPT, Vol. 29, pp. 104-114. L. W. Corbett and R. E. Swarbrick, 1960 8. Inverse GLC--AnExtension of the Technique of Asphalts Highway Research Record No. 134, Highway Academy o'f Sciences, pp. 1-7. T. C. Davis and J. C. Peterson, 1966 Research Board, National to The Study of Oxidation 9. Compositi onal Consi derati ons of Asphalt for Durabil i ty Improvement TRB Record 544, pp. 46-55. R. J. Peters, 1975 TRA 1-A-1
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APPENDIXA
BIBLIOGRAPHY
1. Relation Between Hardening and Composition of AsphaltPreprints Div. of Petroleum Chemistry, American Chemical Society,Vol. 5, No.4-A, pp. A-71 to A-77R. N. Traxler, 1960
2. Molecular Interactions of Asphalt: An Infrared Study of the Hydrogen-Bonding Basicity of AsphaltAnalytical Chemistry, Vol. 46, No.2, pp. 273-277.Barbour and Petersen, Feb. 1974
An Inverse GLCStudy of Asphalts Used in the Zaca-Wigmore ExperimentalRoad TestProc. of AAPT, Vol. 36, pp. 1-10.T. C. Davis and J. C. Petersen, 1967
3.
4. Direct Evidence of Ketones in Oxidized AsphaltsAnalytical Chemistry, Vol. 46, No. 14, pp. 2242-2244.S. M. Dorrance, F. A. Barbour and J. C. Petersen, Dec. 1974
5. Changes in Chemical Composition of a Kuiwait Short Residue DuringAir BlowingAnalytical Chemistry, Vol. 47, No. 14,pp. 2432-2437.G. A. Haley, Dec. 1975
6. The Fractionation of AsphaltPaper prepared for AAPTMeetingM. M. Hattingh, Jan. 1984
7. Compositional Analysis Used to Explore Asphalt HardeningProc. of AAPT, Vol. 29, pp. 104-114.L. W. Corbett and R. E. Swarbrick, 1960
8. Inverse GLC--AnExtension of the Techniqueof AsphaltsHighway Research Record No. 134, HighwayAcademy o'f Sciences, pp. 1-7.T. C. Davis and J. C. Peterson, 1966
Research Board, National
to The Study of Oxidation
9. Compositi onal Consi derati ons of Asphalt for Durabil i ty ImprovementTRBRecord 544, pp. 46-55.R. J. Peters, 1975
TRA 1-A-1
TRA l-A-2
11.
Relati onshi ps Bet\veen Asphalt Chemica1 Compositi on and Performance-Related PropertiesPaper presentation at AEMAJ. C. Petersen, March 1982
Reduction of Oxidative Hardening of Asphalts by Treatment withHydrated Lime--A Mechanistic StudyProc. of AAPT, Vol. 45, pp. 1-24.H. Plancher, E. L. Green, and J. C. Petersen, 1976
10.
12. Composition and Changes in Composition of Highway Asphalts, 85-100Penetration GradeProc. of AAPT, No. 31, pp. 35-89.F. S. Rostler and R. M. White, 1962
13. Influence of Chemical Composition of Asphalts on Performance,Particularly DurabilityASTMSIP No. 277, pp. 64-88.F. S. Rostler and R. M. White, 1959
14. Relationship Between Composition and Physical Properties of AsphaltProc. of AAPT, Vol. 39, pp. 481-491.L. W. Corbett, 1970
16.
Contributions of Components to Asphalt ConsistencyPresentation to Div. of Petroleum Chern., American Chemical Society,Vol. 16, No.1, pp. 05-017.J. V. Evans, et.al., 1971
Changing Asphalt Through Creation of Metal ComplexesProc. of AAPT,Vol. 50, pp. 442-468.T.W. Kennedy, L. O. Cummings, and T. D. White, 1981
15.
18.
Relationship of Asphalt Properties to Chemical ConstitutionJ. Chern. Eng., Vol. 6, No.3, pp. 426-429.W. C. Simpson, R. L. Griffin, et.al., July 1961
Integrated Structural Analysis. A Method for the Determination ofAverage Structural Parameters of Petroleum Heavy EndsAnal. Chern., Yol. 42, pp. 1330-1339.K. H. Altgelt, Oct. 1970
17.
19. Organic Functional Group Analysis by Micro and Semimicro MethodsInterscience, John Wiley & Sons, NewYorkN. D. Cheronis and T. S. Ma, 1964
20. The Mass Spectrometric Analysis of Asphalt - A PreliminaryInvestigationSymposium on Fundamental Nature of Asphalt, Div. of PetroleumChern., American Chemical Society, New York, Vol. 5, No.4-A.R. J. Clerc and M. J. O'Neal, Sept. 1960
21. Aromatic Structure in Asphalt FractionsI&ECProd. R & 0, Vol. 6, No.2, pp. 127-132.S. W. Ferris, et.al., June 1967
22. High Resolution Mass Spectrometry of Asphalt FractionsProc. 7th World Petroleum Congress, Vol. 4, pp. 249-260.E. J. Gallegos, 1967
23. Chemical Reactivity of Asphaltic BitumenThe Properties of Asphaltic Bitumen (Ed. J. Ph. Pfeiffer),Elsevier, NewYork, pp. 109-120.J. W. A. Labout, 1950
24. Quantitative Determination of Carboxylic AcidsAnhydrides in Asphalts by Selective Chemicalential Infrared SpectrometryAnal. Chern., pp. 786-789.J. C. Petersen and H. Plancher, May 1981
and Their Salts andReactions and Differ-
25. Identification of Dicarboxylic Anhydrides in Oxidized AsphaltsAnal. Chern., Vol. 47, No.1, pp. 107-111.J. C. Petersen, F. A. Barbour and S. M. Dorrance, Jan. 1975
26. Identification of Chemical Types in Asphalts Strongly Adsorbed atthe Asphalt-Aggregate Interface and Their Relative Displacementby WaterProc. of AAPT, Vol. 46, pp. 151-175.H. Plancher, S. M. Dorrance and J. C. Petersen, 1977
The Compactness of the Aromatic Systems in Petroleum AsphalticsPresentation to Div. of Petroleum Chern., American Chemical Society,Vol. 11, No.3, pp. 49-54.T. F. Yen and J. P. Dickie, 1966
27.
28. GPC in Structural Research of AsphaltBitumen, Teere, Asphalte, Peche, Vol. 21, pp. 475-486.K. H. Altgelt, 1970
29. Investigations on Romanshkino asphalt bitumen. 1. Use of ion-exchange and adsorption chromatography for the separation ofmaltenesFuel, Vol. 56; pp. 145-148.M. M. Boduszynski, 1977
30. Investigations on Romanshkino asphalt bitumen. 2. Study of maltenefractions using inverse gas-liquid chromatographyFuel, Vol. 56, pp. 149-152M. M. Boduszynski, 1977
31. Investigations on Romanshkino asphalt bitumen. 3. Fractionationof asphaltenes using ion-exchange chromatographyFuel, Vol 56, pp. 432-436.M. M. Boduszynski, 1977
32. Gel Permeation Chromatography Data on Asphalts Before and AfterService in PavementsProc. of AAPT, Vol. 39, pp. 683-702.D. Bynumand R. N. Traxler, 1970
TRA 1-A-3
33. A Correlation of the Studies of Inverse GLCof Paving Asphalts withPaired Comparison Performance ResultsProc. of AAPT, Vol. 40, pp. 438-462.J. C. Robertson and J. R. Moore, 1971
34. Refinery Processing of Asphalt CementPaper presented at TRBL. W. Corbett, Jan. 1984
35. Fractional Components of Asphalt--Compatibility and Interchangeabilityof Fractions Produced from Different AsphaltsProc. of AAPT, Vol. 39, pp. 492-531.R. M. White, W. R. Mitten and J. B. Skog, 1970
36. Clues to Asphalt CompositionProc. of AAPT, Vol. 27, pp. 107-121.L. W. Corbett and R. E. Swarbrick, 1958
37. Properties of Highway Asphalts--Part III, Influence of ChemicalCompositionProc. of AAPT, Vol. 35, pp. 91-138.W. J. Halstead, F. S. Rostler, R. M. White, 1966
38. Spectrometry forin the Carbonyl
39.
Quantitative Method Using Differential Infraredthe Determination of CompoundTypes AbsorbingRegion in AsphaltsAnal. Chern., Vol 47, No.1, pp. 112-117.J. C. Petersen and H. Plancher, Jan. 1975
Fingerprinting of Highway AsphaltsProc. of AAPT, Vol. 41, pp. 685-715.F. S. Rostler, K. S. Rostler, et.al., 1972
40. Fractional Composition: Analytical and Functional SignificanceBituminous Materials: Asphalts, Tars, and Pitches, Vol. 2,Part 1 (Ed. A. J. Hoiberg), Interscience, NewYork, pp. 151-223.F. S. Rostler, 1965
41. Proc. of ASTM- Composition TestsVol. 36, II, p. 554R. N. Traxler and H. T. Schweyer, 1936
42. Composition of Asphalt Based on Generic Fractionation, Using SolventDeasphalting, Elution-Adsorption Chromatography and DensimetricCharacterizationAnal. Chern., Vol. 41, p. 576L. W. Corbett, 1969
43. Effect of Solvents and Temperature on the Separation of Asphaltsby Gel Permeation ChromatographyAmerican Chemical Society Convention, San FranciscoH. R. Drushel and W. W. Schultz, 1980
TRA 1-A-4
44. A Study of the Crystalline Phases in AsphaltsJournal of the Institute of Petroleum, Vol. 56, (551), pp. 261-268.F. Noel, L. W. Corbett, 1970
45. Separating Asphalt into its Chemical ConstituentsAnal. Chern., Vol. 23, p. 894Gordon J. O'Donnell, June 1951
46. Composition as Related to Manufacturing and Weathering of RoofingAsphaltsASTMSymposium on Bituminous Materials, Atlantic CityL. W. Corbett and R. E. Swarbrick, June 26, 1963
47. Constitution of asphaltic bitumen. Characterization of bitumensby a combination of pyrolysis, hydrogenation and gas-liquidchromatographyAmerican Chemical Society Preprints 151st Mtg., Pittsburgh,Vol. 10, No.2 - B-109; Ind. Eng. Chern. Product Res. Dev., Vol. 6,p. 43J. Knotnerus, 1966 and 1967 respectively
48. A determination of the wax content of bitumensJ. Inst. Petrol., Vol. 54, p. 232C. J. Krom, 1968
50. The Application and Performance of AsphaltsProceedings, 8th World Petroleum Congress, Moscow, 5, 117A. J. G. Klemp, 1971
51. Association of Asphalt Paving Technologists Symposium onAsphalt Properties as Related to Pavement PerformanceWhiting Lab MemoM63-58T. L. Speer, March 25, 1963
52. The Effect of Asphalt Properties on the Fatigue Resistanceof Paving MixturesProc. of AAPT, (1969), pp. 65-97Santucci, L. E. and Schmidt, R. J.
53. Use of HPLCto Determine the Effects of Various Additivesand Fillers on the Characteristics of AsphaltPaper prepared for Montana Department of Highways andU.S. DOTFederal Highway Admin., June 1982,24 pp.Jennings, P. W., Pribanic, J. A. S. and Dawson, K. R.
54. Use of HPLCand NMRSpectroscopy to Characterize AsphalticMaterialsPreprints Div. of Petrol. Chern., American Chemical Society,Vol. 26, No.4, Sept. 1981, pp. 915-922Jennings, P. W., Pribanic, J. A. S., Dawson, K. R. and Bricca, C. E.
TRA 1-A-5
55. Chemical Composition of Commercial Asphalt Cement as Determinedby High Pressure Liquid ChromatographyFHWAReport No. MY-7929, Department of Chemistry, MontanaState University, Bozeman, Montana, Dec. 1977Jennings, P. W., Pribanic, J. A. S., Dawson, K. R. and Bricca, C. E.
56. High Pressure Liquid Chromatography as a Method of MeasuringAsphalt CompositionFHWAReport No. MTDOH-7930,Department of Chemistry, MontanaState University, Bozeman, Montana, March 1980Jennings, P. W., Pribanic, J. A. S., Dawson, K. R. and Bricca, C. E.
57. Requirements for the Gel Permeation Mode (HP-GPC) of Asphalt CementMontana State Department of Highways Special Provision,November 14,1983
58. Relation of Asphalt Composition to its Durability in ServicePreprints Div. of Petroleum Chern., American Chemical Society,Vol. 3, No.2 (1958), pp. A-29-37Knowles, E. C., McCoy, F. C., et al
Basi c Considerati ons in Asphal t Research Pertai ning to Durabil ityProc. of AAPT, Vol. 50 (1981), pp. 582-621Rostler, F. and Rostler, K.S.
59.
60. Relationship Between Asphalt Flow Properties and Asphalt CompositionPresentation at AAPT,April 1984Anderson, D. A. and Dukatz, E. L.
61. Asphalt Properties and Composition: 1950-1980Proc. of MPT, Vol. 49 (1980), pp. 1-29Anderson, D. A. and Dukatz, E. L.
62. Infl uence of Asphalt Temperature Susceptibil ity on Pavement Con-struction and PerformanceTexas Transportation Institute, Nov. 1983, rev. June 1984Button, J. W., Epps, J. A., Little, D. W. and Gallaway, B. M.
Influence of Composition of Paving Asphalt on Viscosity, Viscosity-Temperature Susceptibility, and DurabilityPresentation at Div. of Petroleum Chern., American Chemical Society,Vol. 3, No.2 (1958), pp. A13-27Griffin, R. L., et al
63.
64. Some Correlations of Asphalt Composition with Physical PropertiesProc. of AAPT,Vol. 20 (1951), pp. 1-22Hughes, E. C. and Hardman, H. F.
65. Chemical Composition for Paving
Highway Research Board, National
Relationship of Flow Properties toAsphaltsHighway Research Record No. 231,Academy of Sciences, pp. 24-33Lamb, C. W. and Couper, J. R.
TRA 1-A-6
66. Influence of Asphalt Composition on Its Rheological BehaviorProc. of AAPT.Vo1. 44 (1975). pp.. 416-443Marvillet. J.
Changes in Bitumen Composition Causing Changes in ViscosityHighway Research Record No. 134, Highway Research BoardNational Academy of Sciences. pp. 51-62Tingle. E. D. and Green, E. H.
68. Use of HPLCand NMRSpectroscopy to Characterize AsphalticMaterialsPreprints Div. of Petrol. Chern.. American Chemical Society.Vol. 26, No.4, Sept. 1981, pp. 915-922
69. Chemical Composition of Commercial Asphalt Cement as Determinedby High Pressure Liquid ChromatographyFHWAReport No. MT-7929. Dept. of Chemistry, Montana StateUniversity. Bozeman. Montana. December 1977Jennings. P. W.. et al
67.
70. High Pressure Liquid Chromatography as a Method of MeasuringAsphalt CompositionFHWAReport No. MTDOH-7930.Dept. of Chemistry, Montana StateUniversity. Bozeman, Montana. March 1980Jennings, P. W.. Pribanic, J.. et al
71. Requirements for the Gel Permeation Mode (HP-GPC) of AsphaltCementMontana State Dept. of Highways Special Provision, No. 14. 1983
Differences in Distillation and Solvent Asphalt ResidueInd. Eng. Chem. Prod. Res. Dev., Vo1. 17, No.4 (1978),pp. 342-346Corbett, L. W.. et al
72.
73. An Examination of the Significance of the Oliensis Spot TestProc. of AAPT.Vol. 28 (1959). pp. 353-371Heithaus. J. J. and Fink. D. F.
74. The Oliensis Spot Test as a Quality TestProc. of AAPT.Vol. 26 (1957). pp. 82-125Oliensis, G. L.
75. A Qualitative Test for Determining the Degree of Heterogeneityof AsphaltsProc. of ASTM,Vo1. 33 (1933), pp. 715-728Oliensis. G. L.
A Settl ing Test to Evaluate the Relative Degree of Dispersionof AsphaltenesProc. of AAPT. Vol. 48 (1979). pp. 351-374Plancher. H.. Hoiberg. A. J.. Suhaka, S. C. and Peterson. J. C.
77. The Interrelationship Between the Density, the Composition, andthe Properties of BitumensKhimiia i tekhnologiia topliv i masel. N.o. 9 (1979), pp. 41-44
76.
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78.
Fryazinov, V. V., et al
Physico-Chemical Aspect of AsphaltsProc. of AAPT, Vol. 5, (1933), pp. 40-53Mack, C.
79. The Influence of Asphalt Composition in its RheologyR. S. WinnifordASTM, STP 294, 1960
80.
81.
82.
83.
84.
85.
86.
87.
88.
Influence of Composition of Paving Asphalt on Viscosity, Viscosity-Temperature Susceptibility and DurabilityJournal of Chemical Engr. Data 4,349-54 (Oct. 1959)R. L. Griffin, W. C. Simpson, T. K. Miles
Relationship of Asphalt Properties to Chemical ConstitutionJournal of Chern. Engr. Data 6, No.3, p. 426 (July 1961)R. L. Griffin, T. K. Miles, W. C. Simpson
Investigation into the Plastic Properties of Asphaltic BitumenJ. Inst. Petrol. Technologists 19 (1933) 176.R. N. J. Saal and G. Koens --
The Rheological Properties of Asphaltic BitumensJ. Inst. Petrol. Technologists 22 (1936) 414J. Ph. Pfeiffer and P. M. van Doormaal
The Relation Between Absolute Viscosity and Penetration ofAsphaltic BitumensPhysics 7 (1936) 408R. N. J.-Seal and J. W. A. Labout
Comparison of Various Methods for the Classification ofAsphaltic Bitumens According to Their Temperature SusceptibilityIntern. Assoc. Testing Mater. Congr., London, April 1937J. Ph. Pfeiffer and R. N. J. Saal
Rheological Properties of Asphaltic BitumensJ. Phys. Chern. 44 (1940) 149R. N. J. Saal and J. W. A. Labout
Physical Constants of Asphaltic Bitumens, IJ. Inst. Petrol. 26 (1940) 29; Shell Bitumen Reprint 2R. N. J. Saal, W.~eukelom and P. C. Blokker
Physical Constants of Asphaltic Bitumens, IIJ. Inst. Petrol. 26 (1940) 246; Shell Bitumen Reprint 2R. N. J. Saal, K.~einema and P. C. Blokker
89. The Determination of the Plastic Properties of Bitumen AggregateMixtures and the Influence of Variations in the Composition ofthe MixProc. Assoc. Asphalt Paving Technologists 16 (1947) 203L. W. Nijboer --
