36 Derived Categories of Schemes
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Section 36.1: Introduction
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Section 36.2: Conventions
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Section 36.3: Derived category of quasi-coherent modules
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Section 36.4: Total direct image
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Section 36.5: Affine morphisms
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Section 36.6: Cohomology with support in a closed subset
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Section 36.7: The coherator
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Section 36.8: The coherator for Noetherian schemes
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Section 36.9: Koszul complexes
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Section 36.10: Pseudo-coherent and perfect complexes
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Section 36.11: Derived category of coherent modules
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Section 36.12: Descent finiteness properties of complexes
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Section 36.13: Lifting complexes
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Section 36.14: Approximation by perfect complexes
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Section 36.15: Generating derived categories
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Section 36.16: An example generator
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Section 36.17: Compact and perfect objects
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Section 36.18: Derived categories as module categories
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Section 36.19: Characterizing pseudo-coherent complexes, I
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Section 36.20: An example equivalence
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Section 36.21: The coherator revisited
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Section 36.22: Cohomology and base change, IV
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Section 36.23: Künneth formula, II
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Section 36.24: Künneth formula, III
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Section 36.25: Künneth formula for Ext
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Section 36.26: Cohomology and base change, V
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Section 36.27: Producing perfect complexes
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Section 36.28: A projection formula for Ext
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Section 36.29: Limits and derived categories
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Section 36.30: Cohomology and base change, VI
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Section 36.31: Perfect complexes
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Section 36.32: Applications
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Section 36.33: Other applications
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Section 36.34: Characterizing pseudo-coherent complexes, II
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Section 36.35: Relatively perfect objects
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Section 36.36: The resolution property
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Section 36.37: The resolution property and perfect complexes
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Section 36.38: K-groups
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Section 36.39: Determinants of complexes
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Section 36.40: Detecting Boundedness
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Section 36.41: Quasi-coherent objects in the derived category