%
% Macros for references of major conferences
%
% Make sure to add \fi when a new reference is added.

\newcount\n
\def\ISFNT#1{\n=#1
\ifnum\n=1 {\it Proc. 1st Int.\ Symp.\ Fusion Nucl.\
Technology (ISFNT),} Tokyo, Japan (April 1988), {\it ISFNT-1}, M.~Abdou,
K.~Miya, and J.~Fetter, Eds., North-Holland, Amsterdam (1989)\else
\ifnum\n=2 {\it Proc. of 2nd Int.\ Symp.\ Fusion Nucl.\
Technology (ISFNT),} Karlsruhe, Germany (June 1991), {\it ISFNT-2}, D.~Vollath,
K.~Herschback, H.~Kleykamp, F.~Najmabadi, and C.~Wassilew, Eds., North-Holland,
Amsterdam (1991)\else
\ifnum\n=3 {\it Proc. of 3nd Int.\ Symp.\ Fusion Nucl.\
Technology (ISFNT),} Los Angeles, CA (June 1994), {\it ISFNT-3}, M.~Abdou,
M.~S.~Tillack, S.~Tanka, P.~J.~Gierszewski, and A.~R.~Raffray, Eds.,
North-Holland, Amsterdam (1995)\else
\ifnum\n=4 {\it Proc. of 4th Int.\ Symp.\ Fusion Nucl.\
Technology (ISFNT),} Tokyo, Japan (April 1997), {\it ISFNT-4}, 
North-Holland, Amsterdam (1998)\else
\ifnum\n=5 {\it Proc. of 5th Int.\ Symp.\ Fusion Nucl.\
Technology (ISFNT-5),} Rome, Italy (September 1999), \else
{\bf ???} 
\fi\fi\fi\fi}

\def\IEEE#1{\n=#1
\ifnum\n=12 {\it Proc.\ IEEE 12th Symp.\ on Fusion Eng.,}
Monterey, CA (Oct.\ 1987), IEEE No.~87CH2507-2, IEEE, Piscataway, NJ
(1988)\else
\ifnum\n=13 {\it Proc.\ IEEE 13th Symp.\ on Fusion Eng.,}
Knoxville, TN (Oct.\ 1989), IEEE No.~89CH2820-9, IEEE, Piscataway, NJ
(1990)\else
\ifnum\n=14 {\it Proc.\ IEEE 14th Symp.\ on Fusion Eng.,}
San Diego, CA (Oct.\ 1991), IEEE No.~91CH3035-3, IEEE, Piscataway, NJ
(1992)\else
\ifnum\n=15 {\it Proc.\ IEEE 15th Symp.\ on Fusion Eng.,}
Hyannis, MA (Oct.\ 1993), IEEE No.~93CH3348-0, IEEE, Piscataway, NJ
(1994)\else
\ifnum\n=16 {\it Proc.\ IEEE 16th Symp.\ on Fusion Eng.,}
Champaign, IL (Oct.\ 1995) IEEE No.~95CH35852, IEEE, Piscataway, NJ
(1995)\else
\ifnum\n=17 {\it Proc.\ IEEE 17th Symp.\ on Fusion Eng.,}
San Diego, CA (Oct.\ 1997) IEEE No.~97CB36131, IEEE, Piscataway, NJ
(1997)\else
{\bf ???} \fi\fi\fi\fi\fi\fi}

\def\SOFT#1{\n=#1
\ifnum\n=14 {\it Proc.\ 14th Symp.\ Fusion Technol.\ (SOFT),}
Avignon, France (Sept.\ 1986), {\it Fusion Technology 86}, A.~M.~Van Ingen,
A.~Nijsen-Vis, H.~T.~Klippel, Eds., North-Holland, Amsterdam (1987)\else
\ifnum\n=15 {\it Proc.\ 15th Symp.\ Fusion Technol.\ (SOFT),}
Utrecht, the Netherlands (Sept.\ 1988), {\it Fusion Technology 88}, A.~M.~Van
Ingen, A.~Nijsen-Vis, H.~T.~Klippel, Eds., North-Holland, Amsterdam (1989)\else
\ifnum\n=16 {\it Proc.\ 16th Symp.\ Fusion Technol.\ (SOFT),}
London, United Kingdom (Sept.\ 1990), {\it Fusion Technology 90}, B.~E.~Keen,
M.~Huguet, and R.~Hemsworth, Eds., North-Holland, Amsterdam (1991)\else
\ifnum\n=17 {\it Proc.\ 17th Symp.\ Fusion Technol.\ (SOFT),}
Rome, Italy (Sept.\ 1992), {\it Fusion Technology 92}, C.~Ferro, M.~Gasparotto,
and H.~Knoepfel, Eds., North-Holland, Amsterdam (1993)\else
\ifnum\n=18 {\it Proc.\ 18th Symp.\ Fusion Technol.\ (SOFT),}
Karlsruhe, Germany  (Aug.\ 1994), {\it Fusion Technology 94}, K.~Herschbach,
W.~Maurer, and J.~E.~Vetter, Eds., North-Holland, Amsterdam (1995)\else
\ifnum\n=19 {\it Proc.\ 19th Symp.\ Fusion Technol.\ (SOFT),}
Karlsruhe, Germany  (Sep.\ 1996), 
%{\it Fusion Technology 96}, K.~Herschbach,
%W.~Maurer, and J.~E.~Vetter, Eds., North-Holland, Amsterdam (1997)
\else
{\bf ???} \fi\fi\fi\fi\fi\fi}

\def\ANS#1{\n=#1
\ifnum\n=8 {\it Proc.\ of ANS 8th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
Salt Lake City, UT (Oct.\ 1988), {\it Fusion Technol.} {\bf 15} (1989)\else
\ifnum\n=9 {\it Proc.\ of ANS 9th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
Oak Brook, IL (Oct.\ 1990), {\it Fusion Technol.} {\bf 19} (1991)\else
\ifnum\n=10 {\it Proc.\ of ANS 10th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
Boston, MA (June 1992), {\it Fusion Technol.} {\bf 21} (1992)\else
\ifnum\n=11 {\it Proc.\ of ANS 11th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
New Orleans, LA, (June 1994), {\it Fusion Technol.} {\bf 26} (1994)\else
\ifnum\n=12 {\it Proc.\ of ANS 12th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
Reno, NV, (June 1996), {\it Fusion Technol.} {\bf 30} (1996)\else
\ifnum\n=13 {\it Proc.\ of ANS 13th Top.\ Mtg.\ Technol.\  of Fusion Energy,}
Nashville, TN, (June 1998), {\it Fusion Technol.} {\bf 32} (1998)\else
{\bf ???} \fi\fi\fi\fi\fi\fi}

\def\IAEA#1{\n=#1
\ifnum\n=7 {\it Proc.\ 7th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Innsbruck, Austria (Aug.\ 1978), International Atomic
Energy Agency, Vienna (1979)\else
\ifnum\n=8 {\it Proc.\ 8th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Brussels, Belgium (July 1980), International Atomic
Energy Agency, Vienna (1981)\else
\ifnum\n=9 {\it Proc.\ 9th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Baltimore, MD (1982), International Atomic
Energy Agency, Vienna (1983)\else
\ifnum\n=11 {\it Proc.\ 11th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Kyoto, Japan (Oct.\ 1986), International Atomic
Energy Agency, Vienna (1987)\else
\ifnum\n=12 {\it Proc.\ 12th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Nice, France (Oct.\ 1988), International Atomic
Energy Agency, Vienna (1989)\else
\ifnum\n=13 {\it Proc.\ 13th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Washington, D.C.\ (Oct.\ 1990), International Atomic
Energy Agency, Vienna (1991)\else
\ifnum\n=14 {\it Proc.\ 14th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} W\"urzburg, Germany (Oct.\ 1992), International
Atomic Energy Agency, Vienna (1993)\else
\ifnum\n=15 {\it Proc.\ 15th Int.\ Conf.\ on Plasma Phys.\ and Controlled
Nucl.\ Fusion Research,} Seville, Spain (Sep.\ 1994), International
Atomic Energy Agency, Vienna (1996)\else
\ifnum\n=16 {\it Proc.\ 16th Int.\ Conf.\ on Fusion Energy,} 
Montreal, Canada (Oct.\ 1996), International
Atomic Energy Agency, Vienna (1997)\else
{\bf ???} \fi\fi\fi\fi\fi\fi\fi\fi\fi}

\def\FRM#1{\n=#1
\ifnum\n=3 {\it Proc.\ 3th Int.\ Conf.\ Fusion Reactor Mater.}, Karlsruhe,
Germany, (Oct.\ 1987), {\it J.\ Nucl.\ Mater.} {\bf 155-157} (1988)\else
\ifnum\n=4 {\it Proc.\ 4th Int.\ Conf.\ Fusion Reactor Mater.}, Kyoto, Japan
(Dec.\ 1989), {\it J.\ Nucl.\ Mater.} {\bf 179-181} (1991)\else
\ifnum\n=7 {\it Proc.\ 7th Int.\ Conf.\ Fusion Reactor Mater.}, Obninsk,
Russia, (Sept.\ 1995), to be published in {\it J.\ Nucl.\ Mater.}\else
{\bf ???} \fi\fi\fi}

\def\AVS#1{\n=#1
\ifnum\n=34 {\it Proc.\ 34th Nat.\ Symp.\ of Amer.\ Vac.\ Soc.}, Anaheim, CA
(Nov.\ 1987), {\it J.\ Vac.\ Sci.\ Technol.} {\bf A6} (1988)\else
\ifnum\n=35 {\it Proc.\ 35th Nat.\ Symp.\ of Amer.\ Vac.\ Soc.}, Atlanta, GA
(Oct.\ 1988), {\it J.\ Vac.\ Sci.\ Technol.} {\bf A7} (1989)\else
{\bf ???} \fi\fi}

%
%Macro for ARIES-I report, TITAN, ESECOM
%
\def\ARIESI{F.~Najmabadi, R.~W.~Conn, \ea, ``The \hbox{ARIES-I} Tokamak Fusion
Reactor Study---The Final Report,'' UCLA report \hbox{UCLA-PPG-1323} (1991);
also, R.~W.~Conn, F.~Najmabadi, \ea, ``\hbox{ARIES-I}: A Steady-State,
First-Stability Tokamak Reactor with Enhanced Safety and Environmental
Features,'' \IAEA{13} 659}

\def\ARIESIII{F.~Najmabadi, R.~W.~Conn, \ea, ``The ARIES-III D-$^3$He Tokamak
Reactor Study--The Final Report,'' UCLA report \hbox{UCLA-PPG-1323} (to be
published); also, F.~Najmabadi, R.~W.~Conn, \ea, ``The ARIES-III D-$^3$He
Tokamak Reactor Study,'' \IEEE{14} 213}

\def\ARIESIV{F.~Najmabadi, R.~W.~Conn, \ea, ``The \hbox{ARIES-II} and -IV
Second-Stability Tokamak Fusion Power Plant Study---The Final Report,'' UCLA
report \hbox{UCLA-PPG-1461} (to be published); also, F.~Najmabadi, R.~W.~Conn,
\ea, "Directions for Attractive Tokamak Reactors: The \hbox{ARIES-II} and
\hbox{ARIES-IV} Second-Stability Designs," \IAEA{14} 295}

\def\PULSAR{F.~Najmabadi \ea, ``The Pulsar Study-- A Pulsed-Tokamak Fusion
Power Plant,'' University of California, San Diego report UCSD-ENG-003
(1996)}

\def\StarI{F.~Najmabadi \ea, ``The Starlite Project--Assessment Phase
Report,'' University of California, San Diego report UCSD-ENG-005 (1997)}

\def\ARIESRS{F.~Najmabadi \ea, ``The ARIES-RS Reversed-Shear Tokamak Fusion
Power Plant Study,'' University of California, San Diego report UCSD-ENG-007
{\it to be published} (1997)}

\def\StarF{F.~Najmabadi \ea, ``The ARIES-RS Reversed-Shear Tokamak Fusion Power
Plant Study,'' University of California, San Diego report UCSD-ENG-007 {\it to
be published}}

\def\TITAN{F.~Najmabadi, R.~W.~Conn, R.~A.~Krakowski, K.~R.~Schultz,
D.~Steiner, and the TITAN Research Group, ``The TITAN Reversed-Field-Pinch
Reactor Study---The Final Report,'' University of California Los Angeles,
General Atomics, Los Alamos National Laboratory, and Rensselaer Polytechnic
Institute, University of California Los Angeles report \hbox{UCLA-PPG-1200}
(1990); also, F.~Najmabadi, R.~W.~Conn, R.~A.~Krakowski, K.~R.~Schultz,
D.~Steiner, and the TITAN Research Group, ``Engineering and Physics of
High-Power-Density, Compact, Reversed-Field-Pinch Fusion Reactors: The TITAN
Study,'' \SOFT{15} 1779}

\def\BCSS{D.~Smith \ea, ``Blanket Comparison and Selection
Study,'' Argonne National Laboratory report ANL/FPP/TM-122 (1984)}

\def\ESECOM{J.~P.~Holdren, D.~H.~Berwald, R.~J.~Budnitz, J.~G.~Crocker,
J.~G.~Delene, R.~D.~Endicott, M.~S.~Kazimi, R.~A.~Krakowski, B.~G.~Logan, and
K.~R.~Schultz, ``Report of the Senior Committee on 
Environmental, Safety, and Economic Aspects of Magnetic Fusion Energy,'' 
Lawrence Livermore National Laboratory report \hbox{UCRL-53766} (1989); also,
J.~P.~Holdren, D.~H.~Berwald, R.~J.~Budnitz, J.~G.~Crocker, J.~G.~Delene, 
R.~D.~Endicott, M.~S.~Kazimi, R.~A.~Krakowski, B.~G.~Logan, and K.~R.~Schultz,
``Exploring the Competitive Potential of Magnetic Fusion
Energy:~~The Interaction of Economics with Safety and Environmental
Characteristics,'' {\it Fusion Technol.} {\bf 13} (1988) 7}

\def\SSTR{Y.~Seki, M.~Kikuchi, \ea, ``Concept Study of the Steady-State Tokamak
Reactor (SSTR), Japan Atomic Energy Reseacrh Institute report JAERI-M-91-081
(1991); also, Y.~Seki, M.~Kikuchi, \ea, \IEEE{13}.}

\def\STARFIRE{C.~Baker \ea, ``STARFIRE - A Commercial Tokamak Fusion Power
Plant Study,'' Argonne National Laboratory report \hbox{ANL-FPP-80-1} (1980)}

\def\TPSS{D.~Ehst \ea, ``Tokamak Power System Studies-FY 1986: A Second
Stability Power Reactor,'' Argonne National Laboratory report
\hbox{ANL/FPP/86-1}, (1987)}

\def\UWMAKI{B.~Badger \ea, ``UWMAK-1, A Wisconsin Toroidal Fusion Reactor
Design,'' University of Wisconsin report \hbox{UWFDM-68} (1973).}

\def\UWMAKIII{B.~Badger \ea, ``UWMAK-III,'' University of Wisconsin report
\hbox{UWFDM-150} (1979).}




