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  • SUBJECTS
    • 1. BIOMINERALIZATION
    • 2. NUCLEATION & GROWTH
      • 2.1. NUCLEATION & GROWTH
      • 2.2. DIFFUSION
      • 2.3. SURFACES
    • 3. EVOLUTION
    • 4. CALCIUM CARBONATE
    • 5. CASE STUDY Limnoperna fortunei
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1.1. BIOMINERALIZATION & EVOLUTION: Homology of Mineralized Tissue and Convergent Evolution

1.1. BIOMINERALIZATION & EVOLUTION: Homology of Mineralized Tissue and Convergent Evolution

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1.2. BIOMINERALIZATION IN ANIMALS

1.2. BIOMINERALIZATION IN ANIMALS

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1.3. PROPOSED MODELS AND MECHANISMS FOR BIOMINERALIZATION

1.3. PROPOSED MODELS AND MECHANISMS FOR BIOMINERALIZATION

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1.4. ION SEQUESTER AND TRANSPORT: Mineral Formation in Nucleation Vesicles

1.4. ION SEQUESTER AND TRANSPORT: Mineral Formation in Nucleation Vesicles

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1.5. BIOMINERALS: The Importance of Surface and Impurities in Heterogeneous Nucleation

1.5. BIOMINERALS: The Importance of Surface and Impurities in Heterogeneous Nucleation

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1.6. SHELL FORMATION

1.6. SHELL FORMATION

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1.7. THE BIOMINERALIZATION/EXTINCTION RELATIONSHIP

1.7. THE BIOMINERALIZATION/EXTINCTION RELATIONSHIP

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1.8. MINERALIZATION & BIOMINERALIZATION: of Equations, Temperatures and Scales

1.8. MINERALIZATION & BIOMINERALIZATION: of Equations, Temperatures and Scales

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1.9. HYPOTHESIS ABOUT BIOGENIC POLYCRYSTALS GROWTH

1.9. HYPOTHESIS ABOUT BIOGENIC POLYCRYSTALS GROWTH

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2.1.1 INTRODUCTION TO THE THEORY OF NUCLEATION AND GROWTH OF THERMODYNAMIC PHASES

2.1.1 INTRODUCTION TO THE THEORY OF NUCLEATION AND GROWTH OF THERMODYNAMIC PHASES

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2.1.2 HOW DOES A NEW THERMODYNAMIC PHASE APPEAR WHILE THE OLD PHASE DWINDLES?

2.1.2 HOW DOES A NEW THERMODYNAMIC PHASE APPEAR WHILE THE OLD PHASE DWINDLES?

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2.1.3 HOMOGENEOUS NUCLEATION

2.1.3 HOMOGENEOUS NUCLEATION

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2.1.4 NUCLEATION OF A CONDENSED PHASE

2.1.4 NUCLEATION OF A CONDENSED PHASE

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2.1.5 HOMOGENEOUS NUCLEATION: Rate of Nucleation in Liquid-Solid Transformation

2.1.5 HOMOGENEOUS NUCLEATION: Rate of Nucleation in Liquid-Solid Transformation

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2.1.6 HOMOGENEOUS NUCLEATION: Solid-Solid Transformation

2.1.6 HOMOGENEOUS NUCLEATION: Solid-Solid Transformation

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