\Title{Search for Disoriented Chiral Condensates at
$\sqrt{s}=1.8$ TeV}
% Authors and their affiliations are specified in groups by
% institution.
\AuthorSurname{Convery}
\AuthorGivenName{M.E.}
\AuthorSurname{Brooks}
\AuthorGivenName{T.C.}
\AuthorSurname{Davis}
\AuthorGivenName{W.L.}
\AuthorSurname{DelSignore}
\AuthorGivenName{K.W.}
\AuthorSurname{Jenkins}
\AuthorGivenName{T.L.}
\AuthorSurname{Kangas}
\AuthorGivenName{E.}
\AuthorSurname{Knepley}
\AuthorGivenName{M.G.}
\AuthorSurname{Kowalski}
\AuthorGivenName{K.L.}
\AuthorSurname{Taylor}
\AuthorGivenName{C.C.}
\AuthorAffil{Case Western Reserve University}
\AuthorSurname{Oh}
\AuthorGivenName{S.H.}
\AuthorSurname{Walker}
\AuthorGivenName{W.D.}
\AuthorAffil{Duke University}
\AuthorSurname{Colestock}
\AuthorGivenName{P.L.}
\AuthorSurname{Hanna}
\AuthorGivenName{B.}
\AuthorSurname{Martins}
\AuthorGivenName{M.}
\AuthorSurname{Streets}
\AuthorGivenName{J.}
\AuthorAffil{Fermi National Accelerator Laboratory}
\AuthorSurname{Ball}
\AuthorGivenName{R.}
\AuthorSurname{Gustafson}
\AuthorGivenName{H.R.}
\AuthorSurname{Jones}
\AuthorGivenName{L.W.}
\AuthorSurname{Longo}
\AuthorGivenName{M.J.}
\AuthorAffil{University of Michigan}
\AuthorSurname{Bjorken}
\AuthorGivenName{J.D.}
\AuthorAffil{Stanford University}
\AuthorSurname{Weidemann}
\AuthorGivenName{A.}
\AuthorAffil{University of Tennessee}
\AuthorSurname{Abashian}
\AuthorGivenName{A.}
\AuthorSurname{Morgan}
\AuthorGivenName{N.}
\AuthorAffil{Virginia Polytechnic Institute}
\AuthorSurname{Pruneau}
\AuthorGivenName{C.A.}
\AuthorAffil{Wayne State University}
\begin{abstract}
Results from T-864, a collider experiment designed to search for
disoriented chiral condensates (DCC's) in the
forward direction, are presented.
The MiniMax detector at the C0 collision region of the Fermilab Tevatron
is a telescope of 24 MWPC's with a lead converter in front of two-thirds
of the MWPC's and an electromagnetic calorimeter at the end;
it has an acceptance centered on pseudorapidity $\eta=4.1$
with an area of approximately 0.65 in $\eta$-$\phi$ space, where
$\phi$ is the azimuthal angle.
Charged-particle and gamma $dN/d\eta$ distributions and correlations are
measured.
The results of the search for the signature of a DCC in the correlative
patterns of the charged-particle-photon distributions are presented.
[This work was supported in part by the DOE, the NSF, the
Gugenheim Foundation, the Timken Foundation, and the CWRU Provost's Fund.]
\end{abstract}
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