function setupBalloons() 
{ 
   makeBalloon("ASDET",        150,"Associative Detachment");
   makeBalloon("ASION",        140,"Associative Ionization");
   makeBalloon("BEM",          150,"Spectral Band Emission");
   makeBalloon("CHEMION",      130,"Chemical Ionization");
   makeBalloon("CX2",          160,"Double Charge Exchange");
   makeBalloon("CX",           150,"Single Charge Exchange");
   makeBalloon("CXSS",         140,"Single State Selective Electron Capture");
   makeBalloon("DEST",         150,"Destruction of Projectile or Target");
   makeBalloon("DEXC+STRIP",   140,"Projectile Deexcitation by Stripping");
   makeBalloon("DEXC",         150,"Collisional Deexcitation");
   makeBalloon("DIS",          170,"Direct (Impact) Dissociation");
   makeBalloon("DISATT",       200,"Dissociative Electron Attachment");
   makeBalloon("DISCX2",       240,"Double Dissociative Charge Exchange");
   makeBalloon("DISCX",        190,"Dissociative Charge Exchange");
   makeBalloon("DISEXC",       140,"Dissociative Excitation");
   makeBalloon("DISION+STRIP", 140,"Dissociative Ionization with Projectile Stripping");
   makeBalloon("DISION2+STRIP",160,"Double Dissociative Ionization with Projectile Stripping");
   makeBalloon("DISION2",      260,"Double Dissociative Ionization of Molecules");
   makeBalloon("DISION",       260,"Single Dissociative Ionization of Molecules");
   makeBalloon("DISREC",       170,"Dissociative Recombination");
   makeBalloon("DISTI12",      190,"Dissociative Transfer Ionization");
   makeBalloon("DREC",         170,"Dielectronic Recombination");
   makeBalloon("ELDET+CX",     140,"Electron Detachment + Electron Capture");
   makeBalloon("ELDET2",       170,"Double Electron Detachment");
   makeBalloon("ELDET",        140,"Electron Detachment");
   makeBalloon("ELP",          140,"Electron Production");
   makeBalloon("ELREM",        210,"Electron Removal: CX + ION");
   makeBalloon("ION2",         160,"Double Ionization");
   makeBalloon("ION",          60,"Ionization");
   makeBalloon("IP",           120,"Ion Production");
   makeBalloon("IPP",          160,"Ion-Pair Production");
   makeBalloon("LEM",          200,"Spectral Line Emission");
   makeBalloon("MNREC",        250,"Mutual Ion-Ion Neutralization");
   makeBalloon("PENION",       200,"Penning Ionization");
   makeBalloon("PX",           200,"Heavy Particle Exchange");
   makeBalloon("PXION",        250,"Particle Exchange with Ionization");
   makeBalloon("RAENER",       300,"Reflection of Atoms (energy distribution)");
   makeBalloon("RE",           200,"Energy Reflection");
   makeBalloon("ROEXC",        200,"Rotational Excitation");
   makeBalloon("RREC",         250,"Radiative Electron-Ion Recombination");
   makeBalloon("SAENER",       300,"Sputtering by Atoms (energy distribution)");
   makeBalloon("STRIP2",       160,"Double Stripping");
   makeBalloon("STRIP",        150,"Stripping");
   makeBalloon("VIBEXC",       200,"Vibrational Excitation");
   makeBalloon("SATM",         250,"Sputtering (chemical erosion)");
   makeBalloon("SSATM",        300,"Synergistic sputtering (chemical erosion)");
   makeBalloon("PHOTION",      160,"Photoionization");
   makeBalloon("RES",          220,"Radiation Enhanced Sublimation");
   makeBalloon("SAANGLE",      300,"Sputtering by Atoms (angle distribution)");
   makeBalloon("EL",           160,"Elastic Collision");
   makeBalloon("DISTOT",       180,"Total Dissociation");
   makeBalloon("ELMT",         250,"Elastic Collision:  Momentum Transfer");
   makeBalloon("ELVI",         200,"Elastic Collision:  Viscosity");
   makeBalloon("ELSE",         200,"Elastic Collision:  Spin Exchange");
   makeBalloon("EXC",          120,"Electronic Excitation");
   makeBalloon("REF",          120,"Reflection");
   makeBalloon("PHYSPU",       130,"Physical Sputtering");
   makeBalloon("CHEMSPU",      130,"Chemical Sputtering");
   makeBalloon("MPD",          120,"Penetration");
}