function getTip(thetip)
{
if(thetip=='gpoproundjet')
return ("<table cellpadding=0 cellspacing=0 border=0><tr><td width='455'><b>Round Jet</b><br><hr align=center width=90% color=#CCCCCC size=1><div align=center><img src='apjetpix/roundjet.jpg'></div>")

if(thetip=='gpopflatjet')
return ("<table cellpadding=0 cellspacing=0 border=0><tr><td width='455'><b>Flat Jet</b><br><hr align=center width=90% color=#CCCCCC size=1><img src='apjetpix/flatjet320.jpg'>")

if(thetip=='gpopipm')
return ("<table cellpadding=0 cellspacing=0 border=0><tr><td width='455'><b>In-Situ Plasma Machine</b><br><hr align=center width=90% color=#CCCCCC size=1><img src='apjetpix/gpopipm.jpg'>")

if(thetip=='gpopdpm')
return ("<table cellpadding=0 cellspacing=0 border=0><tr><td width='455'><b>Downstream Plasma Machine</b><br><hr align=center width=90% color=#CCCCCC size=1><img src='apjetpix/gpopdpm.jpg'>")

if(thetip=='gpoptpm')
return ("<table cellpadding=0 cellspacing=0 border=0><tr><td width='455'><b>Thin-Film Deposition Machine</b><br><hr align=center width=90% color=#CCCCCC size=1><img src='apjetpix/gpoptpm.jpg'>")

if(thetip=='apjet')
return ("<b>Apjet</b><br><hr align=center width=90% color=#CCCCCC size=1>Apjet, (Affliated Plasma Jet Technologies), is the leading company in patented plasma technology and industrial plasma solutions.  Apjet holds exclusive patents to several key applications of plasma technology, and offers the best in full-scale plasma machinery.")

if(thetip=='dwelltime')
return ("<b>Dwell Time</b><br><hr align=center width=90% color=#CCCCCC size=1>The time a substrate or fabric needs to spend immersed in, or be treated by a plasma, in order to be fully processed by the plasma.")

if(thetip=='source')
return ("<b>Source</b><br><hr align=center width=90% color=#CCCCCC size=1>The hardware used to generate a plasma, and in which electrical power and gases are combined.")

if(thetip=='plasmatreatment')
return ("<b>Plasma Treatment</b><br><hr align=center width=90% color=#CCCCCC size=1>Exposing fiber or fabric to an ionized gas stream for deposition of thin films, surface modification, removal of sizing or knitting oils, or for polymerization and/or curing.  One major benefit of using plasmas to treat fabric is the plasma's ability to produce highly active, albeit short-lived, chemical species that interact with the fabric or fiber to produce special or unique properties.")

if(thetip=='atmosphericplasma')
return ("<b>Atmospheric Plasma</b><br><hr align=center width=90% color=#CCCCCC size=1>Plasma that can be used outside a vacuum and at lower temperatures.")

if(thetip=='exclusiverights')
return ("<b>Exclusive Rights</b><br><hr align=center width=90% color=#CCCCCC size=1>The only legal ability to use or license a specific technology, or the only legal ability to use a certain technology in a field of commerce.")

if(thetip=='plasma')
return ("<b>Plasma</b><br><hr align=center width=90% color=#CCCCCC size=1>A collection of charged particles containing about equal numbers of positive ions and electrons and exhibiting some properties of a gas but differing from a gas in being a good conductor of electricity and in being affected by a magnetic field.")

if(thetip=='plasmajet')
return ("<b>Plasma Jet</b><br><hr align=center width=90% color=#CCCCCC size=1>A effective manner of distributing cold, dense atmospheric plasma.  The technique is successfully implemented by Apjet Inc. for a multitude of plasma related processes.")

if(thetip=='plasmatreatment')
return ("<b>Plasma Treatment</b><br><hr align=center width=90% color=#CCCCCC size=1>Plasma treatment is the process of directing Apjet plasma jets at a substrate or product for the purpose of surface modification.  This procedure, depending on the environmentally friendly chemicals involved, can give the material being treated unique properties not achieved in any other way.  Apjet is the leader in modern, industrial, atmospheric plasma treatment.")

if(thetip=='substrate')
return ("<b>Substrate</b><br><hr align=center width=90% color=#CCCCCC size=1>The material being acted upon.")

if(thetip=='plasmadensity')
return ("<b>Plasma Density</b><br><hr align=center width=90% color=#CCCCCC size=1>The measure of the total particles in a given plasma in a given space.")

if(thetip=='dry')
return ("<b>Dry</b><br><hr align=center width=90% color=#CCCCCC size=1>Not using wet chemicals, and being environmentally-friendly.")

if(thetip=='graft')
return ("<b>Graft</b><br><hr align=center width=90% color=#CCCCCC size=1>To attach (a chemical unit) to a main molecular chain.")

if(thetip=='monomolecular')
return ("<b>Monomolecular</b><br><hr align=center width=90% color=#CCCCCC size=1>Being only one molecule thick.")

if(thetip=='sizing')
return ("<b>Sizing</b><br><hr align=center width=90% color=#CCCCCC size=1>A pre-treatment chemical which is applied and then removed before processing.")

if(thetip=='NISTATP')
return ("<b>NIST ATP</b><br><hr align=center width=90% color=#CCCCCC size=1>The National Institute of Standards and Technology for Advanced Technology Programs is an organization partnering with Apjet to develop flame retardant plasma solutions for textiles.")

if(thetip=='hydrophillicity')
return ("<b>Hydrophillicity</b><br><hr align=center width=90% color=#CCCCCC size=1>The property of being water-absorbent; tending to absorb and not repel water.")

if(thetip=='hydrophobicity')
return ("<b>Hydrophobicity</b><br><hr align=center width=90% color=#CCCCCC size=1>The property of being water-repellent; tending to repel and not to absorb water.")

}