摘要

For a real x is an element of(0, 1) \ Q, let x = [a(1)(x), a(2)(x), ...] be its continued fraction expansion. Denote by T-n(x) := max{a(k)(x) : 1 <= k <= n} the maximum partial quotient up to n. For any real alpha is an element of(0, infinity), gamma is an element of(0, infinity), let F(gamma, alpha) :={x.(0, 1) \ Q : lim(n -> 8) T-n(x)/e(n gamma)= a}. For a set E is an element of(0, 1) \ Q, let dim(H)E be its Hausdorff dimension. Recently, Lingmin Liao and Michal Rams showed that dim(H)F(gamma, alpha) = {1 if gamma is an element of(0,1/2) 1/2 if gamma is an element of(1/2, infinity) for any alpha is an element of(0, infinity). In this paper, we show that dim(H)F(1/2, alpha) = 1/2 for any alpha is an element of(0, infinity) following Liao and Rams' method, which supplements their result.

  • 出版日期2017-7
  • 单位滨州学院