Input interpretation
alloys | mass fractions
Table
lithium-aluminum alloy | Al (aluminum) 79.5% | Li (lithium) 20.5% sodium-potassium alloy | K (potassium) 63% | Na (sodium) 37% titanium-copper alloy | Cu (copper) 57% | Ti (titanium) 43% zirconium-nickel alloy (30:70) | Ni (nickel) 39.2% | Zr (zirconium) 60.8% zirconium-nickel alloy (70:30) | Ni (nickel) 39.2% | Zr (zirconium) 60.8% devarda's alloy | Al (aluminum) 17.3% | Cu (copper) 40.8% | Zn (zinc) 41.9% beryllium compound with titanium (12:1) | Be (beryllium) 69.3% | Ti (titanium) 30.7% beryllium compound with vanadium (12:1) | Be (beryllium) 68% | V (vanadium) 32% copper-tin alloy | Cu (copper) 34.9% | Sn (tin) 65.1% beryllium compound with niobium (12:1) | Be (beryllium) 53.8% | Nb (niobium) 46.2% sodium-lead alloy | Na (sodium) 9.99% | Pb (lead) 90% lanthanum nickel alloy | C (carbon) 51.3% | H (hydrogen) 4.3% | N (nitrogen) 23.9% | O (oxygen) 20.5% indium antimonide | In (indium) 48.5% | Sb (antimony) 51.5% aluminium, compound with barium (4:1) | Al (aluminum) 44% | Ba (barium) 56% platinum/rhodium alloy | Pt (platinum) 65.5% | Rh (rhodium) 34.5% thorium aluminum alloy | Al (aluminum) 25.9% | Th (thorium) 74.1% woods metal | Bi (bismuth) 32.3% | Cd (cadmium) 17.4% | Pb (lead) 32% | Sn (tin) 18.3% disamarium heptacobalt | Co (cobalt) 57.8% | Sm (samarium) 42.2%