ABSTRACT
We finally are prepared to prove the main theorem of this section due to
THEOREM 6.3d. [ 96 ] Let 1 == Bo $ B1 $ · · · $ Bn be a finite non-
decreasing sequence and for f E ..J./ let E8 be defined by (6.3-5) as
where
(6.3-15)
and
then
(6.3-16)
and { Cv } is a positive increasing sequence. With this new notation, we see
that
and that (6.3-14) is equivalent to
I EsUl(z) I ::;; I z lk => or
(6.3-17)
In order to prove this last result, we consider the convolution inverse of C given by
conditions for which