| Preface |
| Heavy Fraction and Asphaltene Characterization / Section I： |
| Asphaltenes, What Art Thou? / Michael E. Moir1： |
| The Importance of Mass Balances: Case Studies of Evaluation of Asphaltene Dispersants and Antifoulants / Cesar Ovalles and Estrella Rogel and Harris Morazan and Michael E. Moir2： |
| Equivalent Distillation: A Path to a Better Understanding of Asphaltene Characteristics and Behavior / Estrella Rogel and Michael Roye and Janie Vien and Matthias Witt3： |
| Characterization of Heavy Petroleum Fractions by NMR Techniques / Ajit Pradhan and Cesar Ovalles and Michael Moir4： |
| From a Dream to a Fact: Direct Measurement of Vanadium and Nickel Distribution in Crude Oil Cuts Fraction (800-1250 °F) / M. M. Boduszynski and C. E. Rechsteiner and M. E. Moir and D. Leong and J. Nelson and L Poirier and F. Lopez-Linares5： |
| The Boduszynski Continuum Model / Section II： |
| The Compositional and Structural Continuum of Petroleum from Light Distillates to Asphaltenes: The Boduszynski Continuum Theory As Revealedby FT-ICR Mass Spectrometry / Martha L. Chacón-Patiño and Steven M. Rowland and Ryan P. Rodgers6： |
| Plausible Locus for Large Paraffinic Compounds in the Boduszynski Continuous Composition Petroleum Model / Lante A. Carbognani Ortega7： |
| Effect of Bitumen Molecular Transformation during Upgrading on Asphaltenes Chemistry and Compatibility / Parviz Rahimi8： |
| Distillation / Section III： |
| Attainable Product Yield Distribution Curve: A Roadmap to Crude Oil Composition / Carl E. Rechsteiner9： |
| Correlation of Thermogravimetry and High Temperature Simulated Distillation for Oil Analysis: Thermal Cracking Influence over both Methodologies / Lante A. Carbognani Ortega and Josune Carbognani and Pedro Pereira Almao10： |
| Editors' Biographies |
| Indexes |
| Author Index |
| Subject Index |
| Preface |
| Heavy Fraction and Asphaltene Characterization / Section I： |
| Asphaltenes, What Art Thou? / Michael E. Moir1： |
図書
