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  1. Epsilon substitution method for elementary analysis.Grigori Mints, Sergei Tupailo & Wilfried Buchholz - 1996 - Archive for Mathematical Logic 35 (2):103-130.
    We formulate epsilon substitution method for elementary analysisEA (second order arithmetic with comprehension for arithmetical formulas with predicate parameters). Two proofs of its termination are presented. One uses embedding into ramified system of level one and cutelimination for this system. The second proof uses non-effective continuity argument.
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  • A Survey of Mathematical Logic.Hao Wang - 1965 - Journal of Symbolic Logic 30 (2):249-250.
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  • (1 other version)Some results on cut-elimination, provable well-orderings, induction and reflection.Toshiyasu Arai - 1998 - Annals of Pure and Applied Logic 95 (1-3):93-184.
    We gather the following miscellaneous results in proof theory from the attic.1. 1. A provably well-founded elementary ordering admits an elementary order preserving map.2. 2. A simple proof of an elementary bound for cut elimination in propositional calculus and its applications to separation problem in relativized bounded arithmetic below S21.3. 3. Equivalents for Bar Induction, e.g., reflection schema for ω logic.4. 4. Direct computations in an equational calculus PRE and a decidability problem for provable inequations in PRE.5. 5. Intuitionistic fixed (...)
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  • A new system of proof-theoretic ordinal functions.W. Buchholz - 1986 - Annals of Pure and Applied Logic 32:195-207.
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  • A Survey of Mathematical Logic.Hao Wang - 1963 - Amsterdam: North-Holland Publishing Company.
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  • Generalizations of the one-dimensional version of the Kruskal-Friedman theorems.L. Gordeev - 1989 - Journal of Symbolic Logic 54 (1):100-121.
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