hydrogen, calcium, krypton, caesium, boron, palladium, oxygen, radium, neon, rubidium, xenon, iridium, cobalt, indium, copper, thulium, carbon,
lutetium, argon, helium, radon, bismuth, lead, ununtrium, gold, mercury, tin, phosphorus, zinc, sulfur, antimony.
Beyond simply increasing the quantity of isotopes from molybdenum, technetium or fluorine, which have well-established medical and industrial uses, ARIEL provides the scope to produce more unusual radioactive species from elements such as actinium, bismuth, radium,
lutetium, strontium and yttrium.