应用碳同位素动力学模拟评价天然气的成因

[1] Theoretical modelling of carbon and hydrogen isotope fractionations in natural gases.In Organic Geochemistry, Developments and Applications to Energy, Climate and Human History (eds. Grimalt J O and Dor ronsoro C) , A. Tang Y,Jenden P D. I. G.O.A . 1995

[2] Modelling early methane generation in coal. Tang Y,Perry J K,Jenden P D,Nigrini A,Teerman S. Energy and Fuels . 1996

[3] Modeling ther mogenic gas generation using carbon isotope ratios of natural gas hydrocarbons. Rooney M A,Claypool G E,Chung H M. Chemical Geology . 1995

[4] Fvaluation of kineticparameters from 13C isotopic effect during coal pyrolysis. Gaveau B,Letolle R,Monthioux M. Fuel . 1987

[5] Isotopically light methane in natural gas : Bacterial imprint or diffusive fractionation ? Chem. Prinzhofer A A,Pernaton E. Geol . 1997

[6] Modelling gas isotopic fractionations during thermogenic gas generation.ABS - PAP - ACS 215 (Part 1), G. Tang Y,Jenden P D. E. O. C . 1998

[7] Carbon isotopic and molecular constraints on the formation and the expulsion of thermogenic hydrocarbon gases. Lorant F,Prinzhofer A,Behar F,Huc A Y. Chemical Geology . 1998

[8] Carbon isotope fractionation during natural gas generation from kerogen. Clayton C. Marine and Petroleum Geology . 1991

[9] Modelling isotope fractionation during primary cracking of natural gas : a reaction kinetic approach. Cramer B,Krooss B M,Littke R. Chemical Geology . 1998

[10] Carbon and nitrogen isotope data of Upper Carboniferous and Rotliegend natural gases from North Germany and their relationship to the maturity of the organic source material. Stahl J W,Boigk H,Wollanke G. Advances in Organic Geochemistry . 1977

[1] Theoretical modelling of carbon and hydrogen isotope fractionations in natural gases.In Organic Geochemistry, Developments and Applications to Energy, Climate and Human History (eds. Grimalt J O and Dor ronsoro C) , A. Tang Y,Jenden P D. I. G.O.A . 1995

[2] Modelling early methane generation in coal. Tang Y,Perry J K,Jenden P D,Nigrini A,Teerman S. Energy and Fuels . 1996

[3] Modeling ther mogenic gas generation using carbon isotope ratios of natural gas hydrocarbons. Rooney M A,Claypool G E,Chung H M. Chemical Geology . 1995

[4] Fvaluation of kineticparameters from 13C isotopic effect during coal pyrolysis. Gaveau B,Letolle R,Monthioux M. Fuel . 1987

[5] Isotopically light methane in natural gas : Bacterial imprint or diffusive fractionation ? Chem. Prinzhofer A A,Pernaton E. Geol . 1997

[6] Modelling gas isotopic fractionations during thermogenic gas generation.ABS - PAP - ACS 215 (Part 1), G. Tang Y,Jenden P D. E. O. C . 1998

[7] Carbon isotopic and molecular constraints on the formation and the expulsion of thermogenic hydrocarbon gases. Lorant F,Prinzhofer A,Behar F,Huc A Y. Chemical Geology . 1998

[8] Carbon isotope fractionation during natural gas generation from kerogen. Clayton C. Marine and Petroleum Geology . 1991

[9] Modelling isotope fractionation during primary cracking of natural gas : a reaction kinetic approach. Cramer B,Krooss B M,Littke R. Chemical Geology . 1998

[10] Carbon and nitrogen isotope data of Upper Carboniferous and Rotliegend natural gases from North Germany and their relationship to the maturity of the organic source material. Stahl J W,Boigk H,Wollanke G. Advances in Organic Geochemistry . 1977