wrcr012148-sup-0001-SupplFigure1.TIF115K | Figure A1: Hele-Shaw Cell (slow flow) - Variation of aL for C-Dots |

wrcr012148-sup-0002-SupplFigure2.TIF116K | Figure A2: Hele-Shaw Cell (slow flow) - Variation of aL for KBr |

wrcr012148-sup-0003-SupplFigure3.TIF115K | Figure A3: Hele-Shaw Cell (slow flow) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0004-SupplFigure4.TIF115K | Figure A4: Hele-Shaw Cell (slow flow) - Variation of aT/aL for KBr |

wrcr012148-sup-0005-SupplFigure5.TIF121K | Figure A5: Hele-Shaw Cell (fast flow) - Variation of aL for C-Dots |

wrcr012148-sup-0006-SupplFigure6.TIF121K | Figure A6: Hele-Shaw Cell (fast flow) - Variation of aL for KBr |

wrcr012148-sup-0007-SupplFigure7.TIF121K | Figure A7: Hele-Shaw Cell (fast flow) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0008-SupplFigure8.TIF119K | Figure A8: Hele-Shaw Cell (fast flow) - Variation of aT/aL for KBr |

wrcr012148-sup-0009-SupplFigure9.TIF121K | Figure A9: Rectangular Beadpack (10 Compartment, Pulse) - Variation of aL for C-Dots |

wrcr012148-sup-0010-SupplFigure10.TIF113K | Figure A10: Rectangular Beadpack (10 compartment, Pulse) - Variation of aL for KBr |

wrcr012148-sup-0011-SupplFigure11.TIF121K | Figure A11: Rectangular Beadpack (10 Compartment, Pulse) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0012-SupplFigure12.TIF115K | Figure A12: Rectangular Beadpack (10 Compartment, Pulse) - Variation of aT/aL for KBr |

wrcr012148-sup-0013-SupplFigure13.TIF115K | Figure A13: Rectangular Beadpack (10 Compartment, Pulse) - Variation of core porosity for C-Dots |

wrcr012148-sup-0014-SupplFigure14.TIF109K | Figure A14: Rectangular Beadpack (10 Compartment, Pulse) - Variation of core porosity for KBr |

wrcr012148-sup-0015-SupplFigure15.TIF112K | Figure A15: Rectangular Beadpack (10 Compartment, Pulse) - Variation of matrix porosity for C-Dots |

wrcr012148-sup-0016-SupplFigure16.TIF111K | Figure A16: Rectangular Beadpack (10 Compartment, Pulse) - Variation of matrix porosity for KBr |

wrcr012148-sup-0017-SupplFigure17.TIF122K | Figure A17: Rectangular Beadpack (10 Compartment) - Variation of aL for C-Dots |

wrcr012148-sup-0018-SupplFigure18.TIF116K | Figure A18: Rectangular Beadpack (10 Compartment) - Variation of aL for KBr |

wrcr012148-sup-0019-SupplFigure19.TIF122K | Figure A19: Rectangular Beadpack (10 Compartment) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0020-SupplFigure20.TIF119K | Figure A20: Rectangular Beadpack (10 Compartment) - Variation of aT/aL for KBr |

wrcr012148-sup-0021-SupplFigure21.TIF115K | Figure A21: Rectangular Beadpack (10 Compartment) - Variation of core porosity for C-Dots |

wrcr012148-sup-0022-SupplFigure22.TIF112K | Figure A22: Rectangular Beadpack (10 Compartment) - Variation of core porosity for KBr |

wrcr012148-sup-0023-SupplFigure23.TIF116K | Figure A23: Rectangular Beadpack (10 Compartment) - Variation of matrix porosity for C-Dot |

wrcr012148-sup-0024-SupplFigure24.TIF114K | Figure A24: Rectangular Beadpack (10 Compartment) - Variation of matrix porosity for KBr |

wrcr012148-sup-0025-SupplFigure25.TIF118K | Figure A25: Rectangular Beadpack (1 Compartment) - Variation of aL for C-Dots |

wrcr012148-sup-0026-SupplFigure26.TIF120K | Figure A26: Rectangular Beadpack (1 Compartment) - Variation of aL for KBr |

wrcr012148-sup-0027-SupplFigure27.TIF120K | Figure A27: Rectangular Beadpack (1 Compartment) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0028-SupplFigure28.TIF120K | Figure A28: Rectangular Beadpack (1 Compartment) - Variation of aT/aL for KBr |

wrcr012148-sup-0029-SupplFigure29.TIF112K | Figure A29: Rectangular Beadpack (1 Compartment) - Variation of core porosity for C-Dots |

wrcr012148-sup-0030-SupplFigure30.TIF114K | Figure A30: Rectangular Beadpack (1 Compartment) - Variation of core porosity for KBr |

wrcr012148-sup-0031-SupplFigure31.TIF114K | Figure A31: Rectangular Beadpack (1 Compartment) - Variation of matrix porosity for C-Dots |

wrcr012148-sup-0032-SupplFigure32.TIF115K | Figure A32: Rectangular Beadpack (1 Compartment) - Variation of matrix porosity for KBr |

wrcr012148-sup-0033-SupplFigure33.TIF125K | Figure A33: Plexi-glass Cylindrical Column - Variation of aL for C-Dots |

wrcr012148-sup-0034-SupplFigure34.TIF117K | Figure A34: Plexi-glass Cylindrical Column - Variation of aL for KBr |

wrcr012148-sup-0035-SupplFigure35.TIF128K | Figure A35: Plexi-glass Cylindrical Column - Variation of aT/aL for C-Dots |

wrcr012148-sup-0036-SupplFigure36.TIF120K | Figure A36: Plexi-glass Cylindrical Column - Variation of aT/aL for KBr |

wrcr012148-sup-0037-SupplFigure37.TIF115K | Figure A37: Plexi-glass Cylindrical Column - Variation of core porosity for C-Dots |

wrcr012148-sup-0038-SupplFigure38.TIF111K | Figure A38: Plexi-glass Cylindrical Column - Variation of core porosity for KBr |

wrcr012148-sup-0039-SupplFigure39.TIF124K | Figure A39: Plexi-glass Cylindrical Column - Variation of matrix porosity for C-Dots |

wrcr012148-sup-0040-SupplFigure40.TIF120K | Figure A40: Plexi-glass Cylindrical Column - Variation of matrix porosity for KBr |

wrcr012148-sup-0041-SupplFigure41.TIF118K | Figure A41: Stainless Steel Cylindrical Column (slow flow) - Variation of aL for C-Dots |

wrcr012148-sup-0042-SupplFigure42.TIF113K | Figure A42: Stainless Steel Cylindrical Column (slow flow) - Variation of aL for KBr |

wrcr012148-sup-0043-SupplFigure43.TIF117K | Figure A43: Stainless Steel Cylindrical Column (slow flow) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0044-SupplFigure44.TIF113K | Figure A44: Stainless Steel Cylindrical Column (slow flow) - Variation of aT/aL for KBr |

wrcr012148-sup-0045-SupplFigure45.TIF110K | Figure A45: Stainless Steel Cylindrical Column (slow flow) - Variation of core porosity for C-Dots |

wrcr012148-sup-0046-SupplFigure46.TIF108K | Figure A46: Stainless Steel Cylindrical Column (slow flow) - Variation of core porosity for KBr |

wrcr012148-sup-0047-SupplFigure47.TIF112K | Figure A47: Stainless Steel Cylindrical Column (slow flow) - Variation of matrix porosity for C-Dots |

wrcr012148-sup-0048-SupplFigure48.TIF108K | Figure A48: Stainless Steel Cylindrical Column (slow flow) - Variation of matrix porosity for KBr |

wrcr012148-sup-0049-SupplFigure49.TIF116K | Figure A49: Stainless Steel Cylindrical Column (fast flow) - Variation of aL for C-Dots |

wrcr012148-sup-0050-SupplFigure50.TIF117K | Figure A50: Stainless Steel Cylindrical Column (fast flow) - Variation of aL for KBr |

wrcr012148-sup-0051-SupplFigure51.TIF122K | Figure A51: Stainless Steel Cylindrical Column (fast flow) - Variation of aT/aL for C-Dots |

wrcr012148-sup-0052-SupplFigure52.TIF115K | Figure A52: Stainless Steel Cylindrical Column (fast flow) - Variation of aT/aL for KBr |

wrcr012148-sup-0053-SupplFigure53.TIF114K | Figure A53: Stainless Steel Cylindrical Column (fast flow) - Variation of core porosity for C-Dots |

wrcr012148-sup-0054-SupplFigure54.TIF107K | Figure A54: Stainless Steel Cylindrical Column (fast flow) - Variation of core porosity for KBr |

wrcr012148-sup-0055-SupplFigure55.TIF113K | Figure A55: Stainless Steel Cylindrical Column (fast flow) - Variation of matrix porosity for C-Dots |

wrcr012148-sup-0056-SupplFigure56.TIF109K | Figure A56: Stainless Steel Cylindrical Column (fast flow) - Variation of matrix porosity for KBr |

wrcr012148-sup-0057-SupplTable1.txt0K | Table ES1. Effect of Longitudinal Dispersivity (aL) in the core. Longitudinal dispersivity dilutes the concentration of the tracers especially at high flow rates. The C-Dot tracer is more sensitive to changes in dispersivity |

wrcr012148-sup-0058-SupplTable2.txt0K | Table ES2. Effect of Transverse Dispersivity (aT/aL) in the matrix. The effluent concentration drops with increasing transverse dispersion in the matrix in the high flow rate cases. |

wrcr012148-sup-0059-SupplTable3.txt0K | Table ES3. Effect of Core Porosity: Increase in core porosity increases the transit time in the core. |

wrcr012148-sup-0060-SupplTable4.txt0K | Table ES4. Effect of matrix Porosity: High matrix porosity increases the diffusion through the matrix and therefore impacts KBr breakthrough more than the C-Dot tracers. Decreasing matrix porosity leads to earlier arrival. |