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Table des matières de ce fascicule | Article précédent | Article suivant
Dekker, J. C. E.
Isols and balanced block designs with $\lambda = 1$. Compositio Mathematica, 49 no. 1 (1983), p. 75-93
Texte intégral djvu | pdf | Analyses Zbl 0524.05012
URL stable: http://www.numdam.org/item?id=CM_1983__49_1_75_0
[1] R.H. Bruck: What is a loop? In Studies in modern algebra, ed. A.A. Albert, Prentice Hall, Englewood Cliffs, N. J. 1963, pp. 59-99. MR 146228 | Zbl 0199.05202
[2] J.C.E. Dekker: Congruences in isols with a finite modulus. Math. Zeitschr. 70 (1958) 113-124.
Article | MR 98678 | Zbl 0084.00901
[3] J.C.E. Dekker: Regressive isols. In Sets, models and recursion theory, ed. J.N. Crossley, N. Holland Pub. Co., Amsterdam, 1967, pp. 272-296. MR 223238 | Zbl 0155.34002
[4] J.C.E. Dekker: Projective planes of infinite, but isolic order. J. Symb. Logic 41 (1976) 391-404. MR 419203 | Zbl 0332.02050
[5] J.C.E. Dekker: Projective bigraphs with recursive operations. Notre Dame J. of Formal Logic 19 (1978) 193-199.
Article | MR 498052 | Zbl 0363.02048
[6] J.C.E. Dekker and J. Myhill: Recursive equivalence types. Univ. of California Publications in Mathematics, N. S. (1960) 67-214. MR 117155 | Zbl 0249.02021
[7] E. Ellentuck: Galois theorems for isolated fields. Zeitschr. für math. Logik and Grundlagen der Math. 27 (1981) 1-9. MR 605479 | Zbl 0523.03032
[8] A. Nerode: Extensions to isols. Annals Math. 73 (1961) 362-403. MR 131363 | Zbl 0101.01203
[9] A. Nerode: Extensions to isolic integers. Annals Math. 75 (1962) 419-448. MR 140410 | Zbl 0106.00801
[10] A. Nerode: Non-linear combinatorial functions of isols. Math. Zeitschr. 86 (1965) 410-424. MR 205846 | Zbl 0158.25103
[11] A.P. Street and W.D. Wallis: Combinatorial theory: an introduction. Charles Babbage Research Centre, Winnipeg, 1977. MR 444480 | Zbl 0364.05001
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