1904
DOI: 10.1007/bf02418385
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Sur quelques propriétés des fonctions entières

Abstract: L'6ude directe des ddveloppement en s6rie, ~ laquelle ABEL a su donner une si brillante impulsion, et qu'il a appel6e ,)l~ pattie la plus essentielle des ma~hdmatiques~, a occup6, darts ]es h'avaux de ses successeurs, une place prdponddrante ]he moment est venu maintenant de considdrer en eux-m~mes et d'~nalyser uvee quelques ddtails les types gdndraux de fonctions dont la science a 6t6 ainsi enriehie. Or il faut bien reconnaltre que les propridtds d'une foncfion n'upparaissen~ que raremen~ sur un ddveloppemen… Show more

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Cited by 26 publications
(29 citation statements)
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“…For an entire function of finite growth order, Boutroux[1] presented similar estimates. However the proof of the key inequality[1, p. …”
mentioning
confidence: 58%
“…For an entire function of finite growth order, Boutroux[1] presented similar estimates. However the proof of the key inequality[1, p. …”
mentioning
confidence: 58%
“…The order of the non-rational solutions of these equations are 5/2, 3, and 4 respectively [5,8]. These results suggest that meromorphic solutions to equations of Painlevé type are of finite order.…”
Section: Finite-order Solutions Of Differential and Difference Equationsmentioning
confidence: 74%
“…In 1897 Borel [17] notably generalized Picard's theorem in the case of finite order (g) < ∞, by proving (a, g) = (g) for all a with at most one exception and that such an exception can occur only if (g) is a positive integer. Some years later, Lindelöf [121], Boutroux [20] and Maillet [128] refined and extended this result of Borel for entire functions of finite iterated order, i.e., those that are entire functions g with the property that there exists a positive integer m such that lim sup r→∞ log m+1 M(r, g) log r…”
Section: Entire Functionsmentioning
confidence: 99%
“…Hilbert apparently became aware of Blumenthal's talents during a joint seminar conducted by Hilbert and Klein. In 1899 Blumenthal took the exams enabling him to teach mathematics, chemistry, and physics in secondary schools, and spent the winter of 1899/1900 in Paris, studying first and foremost 20 H. Behnke, a senior mathematician at the University of Münster at the time, in fact suggested to the chief-editor (Butzer) of the "Jahresbericht der Deutschen Mathematiker-Vereinigung" in 1964/65 that Max Pinl (recall Notes 1,2) would be the ideal author for the series of articles. Max Pinl was pleased to accept this almost overwhelming task and within a comparatively short time assembled an impressive bibliographical corpus of information.…”
Section: Introductionmentioning
confidence: 99%