Angola: source rock control for Lower Congo Coastal and Kwanza Basin petroleum systems
Author:
Publisher
Geological Society of London
Subject
Geology,Ocean Engineering,Water Science and Technology
Reference10 articles.
1. Bissada K. K. Elrod L. W. Darnell L. M. Szymezyk H. M. Trostle J. L. (1992) Proceedings of the Indonesian Petroleum Association Geochemical inversion — a modern approach to inferring source-rock identity from characteristics of accumulated oil and gas, 21, pp 165–199.
2. Oil and geology in Kwanza Basin Angola;Brognon;AAPG Bulletin,1966
3. Kerogen pyrolysis-carbon isotope technology: Application to source-oil correlation problems
4. Organofacies variation control on hydrocarbon generation: A Lower Congo Coastal Basin (Angola) case history
5. Burwood R. De Witte S. M. Mycke B. Paulet J. (1995) in Petroleum Source Rocks, Petroleum geochemical characterisation of the Lower Congo Coastal Basin Bucomazi Formation, ed Katz B. J. (Springer), pp 235–263.
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