Manganese carbonate formation from Amorphous and nanocrystalline precursors: Thermodynamics and geochemical relevance

Earth & Environmental Sciences

• fugacity 98%
• surface energy 93%
• manganese 79%
• manganese oxide 72%
• thermodynamics 68%
• carbonate 59%
• calcite 48%
• crystallization 47%
• particle size 41%
• oxygen 38%
• basicity 37%
• technological process 35%
• calorimetry 30%
• enthalpy 29%
• cation 24%
• diagram 23%
• surface water 19%
• adsorption 19%
• oxidation 19%
• acid 18%
• energy 14%
• material 11%
• water 8%

Chemical Compounds

• Interfacial Energy 87%
• Fugacity 81%
• Carbonate 69%
• Amorphous Material 61%
• Thermodynamics 54%
• Environment 50%
• Crystallization Enthalpy 46%
• Calcite 33%
• Phase Interface 33%
• Oxidation Potential 31%
• Surface Water 31%
• Dioxygen 28%
• Calorimetry 27%
• Catalyst Property 25%
• Crystallization 20%
• Cation 17%
• Oxide 15%
• Adsorption 14%
• Energy 13%
• Reduction 13%
• pH Value 12%
• Acid 10%
• Surface 9%

Physics & Astronomy

• carbonates 100%
• manganese 89%
• thermodynamics 59%
• surface energy 50%
• manganese oxides 47%
• calcite 45%
• shift 32%
• crystallization 27%
• oxygen 21%
• surface water 21%
• acids 15%
• enthalpy 15%
• heat measurement 15%
• cations 14%
• diagrams 13%
• adsorption 13%
• oxidation 12%
• expansion 11%
• radii 10%
• water 10%
• energy 5%