Kristian Jessen Citation name: Jessen, K. Affiliation: University of Southern California State: CA Country: USA Authored:(267c) Reduction Of CO2 Emissions Arising From In-Situ Combustion ProcessesZhenshuo B. LiuKristian JessenTheodore T. Tsotsis2007 Annual Meeting (518e) Modeling of Multicomponent Sorption in Ecbm ProcessesWenjuan LinKristian Jessen2007 Annual Meeting (724g) Study of Mass Transfer and Sorption Phenomena in CO2/Brine/Rock SystemsZhuofan ShiTheodore TsotsisKristian Jessen2016 AIChE Annual Meeting (ISBN: 978-0-8169-1097-7)(613f) Adsorption, Desorption and Flow Phenomena of Methane-Ethane Binary Gas Mixtures in Shale Powder and Whole Core SamplesDevang DasaniYu WangTheodore TsotsisKristian Jessen2016 AIChE Annual Meeting (ISBN: 978-0-8169-1097-7)(395b) Study of Adsorption, Desorption and Flow Phenomena of Methane -Ethane Binary Gas Mixtures in Shale Samples and CoresYu WangDevang DasaniTheodore TsotsisKristian Jessen2015 AIChE Annual Meeting Proceedings (ISBN: 978-0-8169-1094-6)(589d) Measurement and Modeling of Competitive Sorption of Methane/Ethane Mixtures on Marcellus Shale – Isotherms and KineticsDevang DasaniYu WangTheodore TsotsisKristian Jessen2017 Annual Meeting (ISBN: 978-0-8169-1102-8)(772c) Impact of Brine/CO2 Exposure on the Transport and Mechanical Properties of Mt Simon Rock SamplesZhuofan ShiLin SunKristian JessenTheodore Tsotsis2017 Annual Meeting (ISBN: 978-0-8169-1102-8)(147e) Evolution of Transport and Mechanical Properties of Mt Simon Sandstones Due to Interaction with Brine/CO2Zhuofan ShiLin SunKristian JessenTheodore Tsotsis2018 AIChE Annual Meeting (ISBN: 978-0-8169-1108-0)(206b) Investigation of Mass Transfer and Sorption in CO2/Brine/Rock Systems via in-situ FT-IRZhuofan ShiSean SanguinitoAngela GoodmanTheodore TsotsisKristian Jessen2019 AIChE Annual Meeting (ISBN: 978-0-8169-1112-7)