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\title{\bf The Structure of the Pomeron}
\author{{\bf John Ellis}, \\
%EndAName
Theoretical Physics Division, \\
CERN,\\
1211 Geneva 23,\\
Switzerland\\
{\bf Graham G. Ross and Jenny Williams},\\
Dept. of Physics,\\
Theoretical Physics,\\
1 Keble Rd., \\
Oxford OX1 3NP}
\maketitle

\begin{abstract}
We provide a description of diffractive deep inelastic scattering in
terms of pomeron exchange which is consistent with the QCD parton
model and is insensitive to strong pseudo-rapidity cuts. We describe
what is expected to provide a significant contribution to diffractive
DIS, and predict that it will provide a more natural description of
diffractive events at HERA than has previously been presented. Within

\noindent
Thus we see that for all multi-jet production,~$0<\gamma<1$,
Eq.\,\ref{eq:kq3kq2} holds implying that for a large region of parameter space
resolved jet production, such as is shown in~Figs.\,\ref{fig:dijet}
and~\ref{fig:3jets}, does not contribute to the large rapidity gap sample. 

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