All abstracts by H. Henry Teng in conference series: Goldschmidt

(2020) Crystallization Process of Scorodite at Hydrothermal Conditions
Zhu X, Chang P, Li S & Teng HH

(2016) Cellular Dissolution at Hypha- and Spore-Mineral Interface
Li Z, Liu L, Chen J & Teng HH

(2016) The Origin of the Inhibitory Effect of Mg to (Ca, Mg)CO₃ Crystallization
Teng H & Hong M

(2013) Effect of Solution Chemistry on the Kinetics of Step Growth
Teng HH & Hong M

(2013) CO₂ Absorption and Precipitation in MgCl₂-NH₃•H₂O Solutions: Relevance to CO₂ Sequestration
Zhao L, Zhu C, Dong S & Teng HH

(2012) Effect of Water and Sulfide on Magnesium Carbonate Crystallization
Teng H, Xu H, Zhang F & Xu J

(2012) Thermodynamic and Kinetic Effect of Organic Solvent on the Nucleation of Nesquehonite
Zhao L, Zhu C, Ji J, Chen J & Teng HH

(2011) Solvent Effect on the Precipitation of Mg-Carbonate
Teng H & Wang J

(2011) Kinetic Study of Brucite Carbonation
Zhu C, Zhao L, Gao X, Ji J, Chen J & Teng HH

(2010) Chemical Basis of Microbe – Carbonate Interactions
Lian B & Teng H

(2010) The Influence of Muscovite and Orthoclase on the Precipitation of CaCO₃ Polymorphs
Hu Q, Zhang J, Teng H, Ewing R & Becker U

(2010) Heterogeneous Carbonation in the MgO-H₂O-CO₂ System
Zhao L, Sang L, Chen J, Ji J & Teng HH

(2010) Revisit Calcite Dissolution Kinetics: Roles of ΔG, pCO₂, and Dislocation
Teng H & Fan C

(2009) Microbial Weathering of Limestone and Dolomite
Lian B, Ding L, Zhang Z & Teng HH

(2008) Interface Induced Crystallization of Carbonate Polymorphs
Teng H, Lin Y, Ji J & Chen J

(2006) Carbonate Biomineralization Induced by Bacillus megaterium
Teng H, Hu Q, Lian B, Ji J & Chen J

(2006) Molecular Recognition at Organic Acid-Calcite Interface
Teng H, Chen Y & Pauli E

(2005) Controls of Step Length and Direction on Crystal Solubility
Teng H & Fan C

(2002) Controls of Undersaturation on Etch Pit Formation
Teng H

(2001) Determining the Energetics of the Calcite <441> Steps
Teng HH, Dove PM & DeYoreo JJ

(2000) New Evidence of Orthoclase Dissolution Mechanisms by in situ X-Ray Reflectivity and Atomic Force Microscopy
Sturchio NC, Fenter P & Teng HH