All abstracts by Maximilian Hansen in conference series: Goldschmidt

(2021) The Stable Oxygen Isotopic Composition of Amorphous and Crystalline Carbonates Precipitated from Artificial Seawater – Implications for Nucleation and Crystallisation Mechanisms
Arns AI, Hansen M, Schiebel R, Scholz D, Jantschke A, Wolf SE, Vonhof H, Haug GH & Evans D

(2019) Investigating Kinetic Effects on Clumped Isotopes during Formation of (Speleothem) Calcite: Insights from Cave Analogue Laboratory Experiments
Hansen M, Kluge T & Scholz D

(2018) Simulating Formation of Speleothem Calcite in the Laboratory: Investigating Kinetic Stable Isotope Fractionation in the Laboratory
Hansen M, Schöne BR, Spötl C & Scholz D

(2018) Modelling the Temporal Evolution of the δ¹³C Values during Precipitation of Speleothem Calcite by a Complete Diffusion-Reaction Model
Scholz D & Hansen M

(2016) Simulating Speleothem Growth in the Laboratory: Determination of Stable Isotope Fractionation Factors and their Dependence on Temperature and Precipitation Rate
Scholz D, Hansen M, Schöne B & Spötl C

(2015) Determination of (Kinetic) Stable Carbon and Oxygen Isotope Fractionation Factors for Speleothem Calcite
Hansen M, Scholz D, Dreybrodt W & Schöne B