28 Properties of Schemes
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Section 28.1: Introduction
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Section 28.2: Constructible sets
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Section 28.3: Integral, irreducible, and reduced schemes
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Section 28.4: Types of schemes defined by properties of rings
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Section 28.5: Noetherian schemes
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Section 28.6: Jacobson schemes
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Section 28.7: Normal schemes
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Section 28.8: Cohen-Macaulay schemes
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Section 28.9: Regular schemes
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Section 28.10: Dimension
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Section 28.11: Catenary schemes
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Section 28.12: Serre's conditions
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Section 28.13: Japanese and Nagata schemes
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Section 28.14: G-schemes
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Section 28.15: The singular locus
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Section 28.16: Local irreducibility
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Section 28.17: Characterizing modules of finite type and finite presentation
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Section 28.18: Sections over principal opens
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Section 28.19: Quasi-affine schemes
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Section 28.20: Flat modules
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Section 28.21: Locally free modules
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Section 28.22: Locally projective modules
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Section 28.23: Extending quasi-coherent sheaves
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Section 28.24: Gabber's result
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Section 28.25: Sections with support in a closed subset
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Section 28.26: Sections of quasi-coherent sheaves
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Section 28.27: Ample invertible sheaves
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Section 28.28: Affine and quasi-affine schemes
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Section 28.29: Quasi-coherent sheaves and ample invertible sheaves
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Section 28.30: Finding suitable affine opens