and are able to obtain more precise results for the former than the latter. Their first Theorem expresses \lambdak(p) uniformly in terms of certain analytic functions for 1 \leq k \leq p1-\epsilon (\epsilon > 0), and, in Corollaries 4 and 5, they determine explicitly formulae for maxk \lambdak(p) as p > oo, maxp \lambdak(p) and for the values at which these maxima are obtained. They go on to establish upper and lower bounds for the corresponding maximal quantities associated with the function \Lambdak(d).
Reviewer: E.J.Scourfield
Classif.: * 11N05 Distribution of primes
11N37 Asymptotic results on arithmetic functions
11B83 Special sequences of integers and polynomials
11K65 Arithmetic functions (probabilistic number theory)
Keywords: density; local behaviour; prime factors; distinct prime divisors; distinct positive divisors; upper and lower bounds
Citations: Zbl 653.10001
© European Mathematical Society & FIZ Karlsruhe & Springer-Verlag