Evaluating Applications of Field Spectroscopy Devices to Fingerprint Commonly Used Construction Materials (2013)

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111 A p p e n d i x i ATR FTIR Spectra Structural Coatings Wave number [1/cm] Ab so rb an ce Figure I.1. Baseline-corrected attenuated total reflectance (ATR) Fourier transform infrared (FTIR) spectra of Carbozinc 859 components.

112 epoxy pavement Markings Wave number [1/cm] Ab so rb an ce Figure I.2. Baseline-corrected ATR FTIR spectra of Scotchkote components. Wave number [1/cm] Ab so rb an ce Figure I.3. Baseline-corrected ATR FTIR spectra of Epoplex LS50 Part B.

113 Waterborne Traffic paints Wave number [1/cm] Ab so rb an ce Figure I.4. Baseline-corrected ATR FTIR spectra of ready-mixed white and yellow Epoplex LS50 pavement marking. Wave number [1/cm] A bs or ba nc e Figure I.5. Baseline-corrected ATR FTIR spectra of 3M All Weather yellow paint.

114 Wave number [cm−1] Ab so rb an ce Figure I.7. Baseline-corrected ATR FTIR spectra of polyacrylic waterborne Ennis white paint. Figure I.6. Baseline-corrected ATR FTIR spectra of Aquaspar waterborne white paint. Wave number [1/cm] Ab so rb an ce

115 epoxy Adhesives Wave number [1/cm] A bs or ba nc e Figure I.8. Baseline-corrected ATR FTIR spectra of Sikadur31 components. Wave number [1/cm] A bs or ba nc e Figure I.9. Baseline-corrected ATR FTIR spectra of Ultrabond1100 components.

116 Chemical Admixtures for pCC Wave number [1/cm] Ab so rb an ce Figure I.10. Baseline-corrected ATR FTIR spectra of Accelguard 80 set accelerator. Wave number [1/cm] Ab so rb an ce Figure I.11. Baseline-corrected ATR FTIR spectra of ADVA 190 superplasticizer.

117 Wave number [1/cm] Ab so rb an ce Figure I.12. Baseline-corrected ATR FTIR spectra of Air 200 air entrainer. Wave number [1/cm] Ab so rb an ce Figure I.13. Baseline-corrected ATR FTIR spectra of Retarder 75 set retarder.

118 Curing Compounds for pCC Wave number [1/cm] Ab so rb an ce Figure I.14. Baseline-corrected ATR FTIR spectra of W. R. Meadows’s Sealtight 1100-CLEAR. Wave number [1/cm] Ab so rb an ce Figure I.15. Baseline-corrected ATR FTIR spectra of ChemMaster’s Safe-Cure 1000.

119 Wave number [cm−1] Figure I.16. Baseline-corrected lab and field ATR FTIR spectra of TAMMSCURE compared with Sealtight. polymer Modifiers for Asphalt Binders Wave number [cm−1] Ab so rb an ce [a u] Figure I.17. Baseline-corrected ATR FTIR spectrum of DuPont Elvaloy 4170 polymer.

120 Wave number [cm−1] Ab so rb an ce [a u] Figure I.18. Baseline-corrected ATR FTIR spectrum of Kraton D1101 SBS polymer. Wave number [cm−1] Ab so rb an ce [a u] Figure I.19. Baseline-corrected ATR FTIR spectrum of BASF’s Butonal SB latex polymer.

121 Antistripping Agents for Asphalt Wave number [1/cm] Ab so rb an ce Figure I.20. Baseline-corrected ATR FTIR spectra of Akzo Nobel’s Kling Beta. Figure I.21. Baseline-corrected ATR FTIR spectra of ArrMaz’s AD-here. Wave number [1/cm] Ab so rb an ce

122 Wave number [cm−1] Figure I.22. Comparison of the lab and field ATR FTIR spectra of ArrMaz’s AD-here. Wave number [1/cm] Ab so rb an ce Unmodified Asphalt Binders Figure I.23. Comparison of ATR FTIR spectra of PG 58-28 binders from different refineries.

123 Wave number [1/cm] Ab so rb an ce Figure I.24. Comparison of ATR FTIR spectra of PG 64-22 binders from different refineries. polymer-Modified Binders Wave number [1/cm] Ab so rb an ce Figure I.25. Typical ATR FTIR spectrum for PG 52-34 binder modified with 1.5 wt% styrene–butadiene rubber latex.

124 Wave number [1/cm] Ab so rb an ce Figure I.26. Comparison of the ATR FTIR spectra for PG 64-22 binders modified with 1, 3, and 6 wt% Kraton SBS. Wave number (cm-1) Ab so rb an ce Figure I.27. Comparison of the ATR spectra for virgin, RTFO-aged, and PAV-aged PG52-34 binder modified with 1.5 wt% SBR Latex.

125 Wave number (cm-1) Ab so rb an ce Figure I.28. Comparison of the ATR spectra for virgin, RTFO-aged, and PAV-aged PG58-28 binder modified with 3.3 wt% BASF Butonal. Wave number (cm-1) Ab so rb an ce Figure I.29. Comparison of the ATR spectra for virgin, RTFO-aged, and PAV-aged PG64-22 binder modified with 3 wt% Kraton SBS.

126 Wave number (cm-1) Ab so rb an ce Figure I.30. Comparison of the ATR spectra for virgin, RTFO-aged, and PAV-aged 64-28 binder modified with 3.3 wt% SBR Latex.