what is the dimension of the intersection of the planar brownian range with a line

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We consider two dimensional standard brownian motion $B: t\mapsto (B_{1}(t),B_{2}(t))$. Let $D$ be its range (that is the image of $[0,+\infty[$ by $B$ i.e, $B([0,+\infty[)$).

Is there some known results about the value of the Hausdorff dimension of the intersection of the range with a line ?