1 - 12 |
The concept of asphaltenes revisited Speight JG, Long RB |
7 - 7 |
Editorial Speight J |
13 - 39 |
The asphaltene and wax deposition envelopes Leontaritis KJ |
41 - 54 |
Control of coke formation from hydrocracked Athabasca bitumen Nowlan VJ, Srinivasan NS |
55 - 74 |
Microscopic investigation of the onset of asphaltene precipitation Buckley JS |
75 - 100 |
Peptization and coagulation of asphaltenes in apolar media using oil-soluble polymers Chang CL, Fogler HS |
101 - 115 |
Electrical conductivity of asphaltenes in organic solvents Fotland P, Anfindsen H |
117 - 137 |
The development of an onset-of-precipitation detection technique using heat transfer analysis Clarke PF, Pruden BB |
139 - 162 |
The effect of asphalt composition on the formation of asphaltenes and their contribution to asphalt viscosity Lin MS, Chaffin JM, Liu M, Glover CJ, Davison RR, Bullin JA |
163 - 178 |
Preliminary phase diagrams for bitumen heavy oils and related mixtures Cartlidge CR, DukhedinLalla L, Rahimi P, Shaw JM |
179 - 201 |
Characterization and multiphase equilibrium prediction of crude oil heavy components Chang SH, Grigg RB, Huang TC |
203 - 242 |
The colloidal structure of crude oils and suspensions of asphaltenes and resins Bardon C, Barre L, Espinat D, Guille V, Li MH, Lambard J, Ravey JC, Rosenberg E, Zemb T |
243 - 260 |
Flocculation of asphaltenes in heavy oil at elevated temperatures Storm DA, Barresi RJ, Sheu EY |
261 - 287 |
Thermodynamics of asphaltene precipitation and dissolution investigation of temperature and solvent effects Andersen SI, Stenby EH |
289 - 312 |
Two-dimensional solubility parameter mapping of heavy oils Wiehe IA |
313 - 325 |
Precipitation of asphaltenes at high pressures; Experimental technique and results Fotland P |