\begin{thebibliography}{99}
\bibitem{PAC99_band_target}  {\it A Cupronickel
Rotating Band Pion
Production Target for Muon Colliders}, B.J. King {\em
et al.},
Proc. PAC'99, IEEE, pp. 3041-3.
\bibitem{nufact99_band_target}  {\it Rotating Band
Pion Production Targets
for Muon Colliders and Neutrino Factories}, B.J. King,
NIM A 451 (2000) pp. 335-343, Proc. ICFA/ECFA Workshop
``Neutrino Factories based on 
Muon Storage Rings (nuFACT'99)'', physics/0005007.
\bibitem{RAL_band_target} {\it Some thoughts on a
high-power, radiation
cooled, rotating toroidal target for neutrino
production}, J.R.J. Bennett,
NIM A 451 (2000) pp. 344-348, Proc. ICFA/ECFA Workshop
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Muon Storage Rings (nuFACT'99)''.
\bibitem{bandnote}
\textsl{A Rotating Band Target for Pion Production at a Neutrino Factory,
using Study II Parameters},
B.J.~King, N.V.~Mokhov, N.~Simos and R.J.~Weggel,
 Muon Collider Note 199,\\
http://www-mucool.fnal.gov/notes/notes.html.
\bibitem{gminus2}BNL g-2 Collaboration, \textsl{The BNL Muon Storage Ring Beamline}, to be published.
\bibitem{graphalloy}  Graphalloys are manufactured
from molded graphite
impregnated with metal. Graphalloy is a registered
trademark
of the Graphite Metallizing Corporation.
\bibitem{MARS}
 N.V. Mokhov, "The MARS Code System User's Guide",
Fermilab-FN-628 (1995).
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Fermilab-Conf-00/181 (2000).
 http://www-ap.fnal.gov/MARS/ .

\bibitem{ref1}N.~Holtkamp, D.~Finley, Editors, \textsl{A Feasibility Study of a Neutrino Factory Based on a Muon Storage Ring}, Aug., 2000 
(http://www.fnal.gov/projects/muon\_collider/nu-factory/fermi\_study\_after\_april1st/) 

\bibitem{nufact01}P.~Sievers, \textsl{A Stationary Target for the CERN Neutrino Factory}, presented at NUFACT01, Tsukuba, Japan\\
\verb+{http://www-prism.kek.jp/nufact01/May26/WG3/26wg3_sievers.pdf}+

\bibitem{pjk}R.B.~Palmer, C.~Johnson and E.~Keil, \textsl{A Cost-Effective Design for a Neutrino Factory}, BNL-66971, CERN SL/99-070 AP, NEUTRINO FACTORY NOTE 09; published in the Proceedings of NuFact99, Lyon, (http://lyopsr.in2p3.fr/nufact99/.)

\bibitem{radiation}N.~Marseille and W.~Pirkl, \textsl{Sparking Cavity Test Report},\\
\verb+{http://nicewww.cern.ch/~molat/neutrino/nf52.pdf}+%

\bibitem{bbpr1} D. Neuffer "High Frequency Buncher and $\phi-\delta E$ Rotation for the $\mu^+ - \mu^-$ Source",
 MUCOOL Note 0181, Oct. 2000, 
(http://www-mucool.fnal.gov/notes/ )

%\bibitem{grids} R. Rimmer; grids

\bibitem{1flip}V.~Balbekov, P.~Lebrun, J.~Monroe, P.~Spentzouris, \textsl{The Single Field Flip Cooling Channel for a Neutrino Factory};  MUC Note 0125, March 2000, (http://www-mucool.fnal.gov/notes/ )

\bibitem{exchange1}  G.~Hanson,\\ 
\verb+(http://needmore.physics.indiana.edu/~gail/emittance_exchange.html)+%


\bibitem{mcnn118}
V.~Balbekov, \textsl{Double Field Flip Cooling Channel for Neutrino Factory 
(front-end simulation)}, MuCool \#118, April 2000.

\bibitem{feas1}
\textsl{A Feasibility Study of a Neutrino Source Based on a Muon Storage Ring.}
Edited by N.~Holtkamp and D.~Finley, March 2000.

\bibitem{geant4} {\sc http://wwwinfo.cern.ch/asd/geant4/geant4.html}

\bibitem{inventor} Open Inventor. Registered trademark of Silicon Graphics Inc.

\bibitem{ref:dogbone} S.J.~Berg, unpublished\\
(http://pubweb.bnl.gov/people/jsberg/talks/010131/0101310all.pdf);\\ 
J.S.~Berg, et al., \textsl{Acceleration Stages for a Muon Collider}, Proc. PAC99, New York (1999), pp. 3152.

\bibitem{APP-DET:wipp}The WIPP Home Web Page,\\
\textsl{http://www.wipp.carlsbad.nm.us/wipp.htm}

\bibitem{APP-DET:minos}The MINOS Experiment and the NuMI beam line,\\
\textsl{http://www-numi.fnal.gov:8875/}


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