Geochemical Biomarkers

T.F. Yen University of Southern California, Los Angeles. J.M. Moldowan Chevron Oil Field Research Co., Richmond, CA, USA

• Chapter 1 Biological Markers in Grahamites and Pyrobitumens, J. A.Curiale; Chapter 2 Biomarkers as Source Input Indicators in Source Rocks of Several Terrestrial Basins of China, Xianzhang Zeng, Shuzhen Liu, Shunping Ma; Chapter 3 A New Technique For Oil/Source-Rock and Oil/Oil Correlation., F.Behar, R.Pelet; Chapter 4 Correlation of Oil-Source Biomarkers in Renqiu Oilfield, North China, Baoquan Liu, Xianzhang Zeng, Shuzhen Liu; Chapter 5 Determination of the Mineral-Free Nickel and Vanadium Contents of Green River oil Shale Kerogen, Gary J. van Berkel, Royston H. Filby; Chapter 6 Isolation, Identification and Correlation of Porphyrins from some Continjbntal Crude. Oils, Source Rocks, oil Shales and Coals of China, Zhiqiong Yang, Zhongdi Cheng; Chapter 7 Studies on the Structure of the Terpenoid Sulfide Type Biological Markers in Petroleum, John D.Payzant, Terry D.Cyr, Douglas S.Montgomery, Otto P.Strausz; Chapter 8 Porphyrin Types and Epimers of Triterpanes and Steranes in Coals of Different Ranks in Southeastern Uinta Region, Yong-Da Gu, Yu Wang, Teh Fu Yen; Chapter 9 Biomarker Comparisons of Michigan Basin Oils, K.W. Dunham, P.A. Meyers, J. Rullkötter; Chapter 10 Retene and Pimanthrene from Continental Source Rocks in China, Zhong Di Cheng; Chapter 11 Separation of Vanadium and Nickel Complexes from the Athabasca Oil Sand Asphaltenes, Despina Tooulakou, Royston H. Filby; Chapter 12 Using Mean Square Difference of Steranes and Triterpanes to Correlate Crude Oils and Source Rocks From Western-Liaohe Depression, Naihuang Jiang; Chapter 13 Determination of Biomarkers in Geological Samples by Tandem Mass Spectrometry, R. P. Philp, M. Johnston; Chapter 14 Some Features of Porphyrins and Other Biomarkers in Crude Oil and Source Rock From Continental Salt-Lake Sediments in China, ZhiqiongYang, YuyingTong, ZhaoanFan; Chapter 15 Analysis of Chlorophyll Diagenesis III. The Effect of Metals on the Phorbide to Porphyrin Transition, Pamela P. Zelmer, Jumat Bin Salimon, Eugene H. Man; Chapter 16 Some Features of Pyrolysis-Gas Chromatography-Mass Spectrometry of Kerogens from Continental Source Rocks in China, Yuying Tong, Fongying Jia; Chapter 17 Presence of Benzohopanes, Monoaromatic Secohopanes, and Saturate Hexacyclic Hydrocarbons in Petroleums from Carbonate Environments, G. G. L.Rinaldi, V. M.Leopold, C. B.Koons; Chapter 18 Tandem Mass Spectrometry Analyses of Geoporphyrins, J.M.E. Quirke, M. Perez, E.D. Britton, R.A. Yost; Chapter 19 Incorporation of Petroporphyrins into Geochemical Correlation Problems, Padmanabhan Sundararaman, J. Michael Moldowan, Wolfgang K. Seifert; Chapter 20 A Biological Marker Study of a Tertiary Sphagnum Coal from Yunan Province, the People’s Republic of China, Jiamo Fu, Guoying Sheng, Simon C. Brassell, Geofrey Eglinton, Ann P. Gower, Deyu Chen, Dehan Liu; Chapter 21 Application of Biomarkers for Characterization of Natural Waters: Black Trona Water, Yu Wang, Lien-Sen Wang, Teh Fu Yen;