42 Chow Homology and Chern Classes
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Section 42.1: Introduction
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Section 42.2: Periodic complexes and Herbrand quotients
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Section 42.3: Calculation of some multiplicities
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Section 42.4: Preparation for tame symbols
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Section 42.5: Tame symbols
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Section 42.6: A key lemma
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Section 42.7: Setup
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Section 42.8: Cycles
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Section 42.9: Cycle associated to a closed subscheme
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Section 42.10: Cycle associated to a coherent sheaf
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Section 42.11: Preparation for proper pushforward
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Section 42.12: Proper pushforward
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Section 42.13: Preparation for flat pullback
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Section 42.14: Flat pullback
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Section 42.15: Push and pull
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Section 42.16: Preparation for principal divisors
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Section 42.17: Principal divisors
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Section 42.18: Principal divisors and pushforward
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Section 42.19: Rational equivalence
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Section 42.20: Rational equivalence and push and pull
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Section 42.21: Rational equivalence and the projective line
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Section 42.22: Chow groups and envelopes
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Section 42.23: Chow groups and K-groups
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Section 42.24: The divisor associated to an invertible sheaf
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Section 42.25: Intersecting with an invertible sheaf
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Section 42.26: Intersecting with an invertible sheaf and push and pull
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Section 42.27: The key formula
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Section 42.28: Intersecting with an invertible sheaf and rational equivalence
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Section 42.29: Gysin homomorphisms
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Section 42.30: Gysin homomorphisms and rational equivalence
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Section 42.31: Relative effective Cartier divisors
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Section 42.32: Affine bundles
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Section 42.33: Bivariant intersection theory
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Section 42.34: Chow cohomology and the first Chern class
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Section 42.35: Lemmas on bivariant classes
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Section 42.36: Projective space bundle formula
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Section 42.37: The Chern classes of a vector bundle
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Section 42.38: Intersecting with Chern classes
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Section 42.39: Polynomial relations among Chern classes
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Section 42.40: Additivity of Chern classes
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Section 42.41: Degrees of zero cycles
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Section 42.42: Cycles of given codimension
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Section 42.43: The splitting principle
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Section 42.44: Chern classes and sections
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Section 42.45: The Chern character and tensor products
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Section 42.46: Chern classes and the derived category
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Section 42.47: A baby case of localized Chern classes
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Section 42.48: Gysin at infinity
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Section 42.49: Preparation for localized Chern classes
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Section 42.50: Localized Chern classes
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Section 42.51: Two technical lemmas
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Section 42.52: Properties of localized Chern classes
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Section 42.53: Blowing up at infinity
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Section 42.54: Higher codimension gysin homomorphisms
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Section 42.55: Calculating some classes
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Section 42.56: An Adams operator
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Section 42.57: Chow groups and K-groups revisited
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Section 42.58: Rational intersection products on regular schemes
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Section 42.59: Gysin maps for local complete intersection morphisms
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Section 42.60: Gysin maps for diagonals
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Section 42.61: Exterior product
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Section 42.62: Intersection products
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Section 42.63: Exterior product over Dedekind domains
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Section 42.64: Intersection products over Dedekind domains
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Section 42.65: Todd classes
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Section 42.66: Grothendieck-Riemann-Roch
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Section 42.67: Change of base scheme
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Section 42.68: Appendix A: Alternative approach to key lemma
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Section 42.69: Appendix B: Alternative approaches