Common Metal Reactions	View corrosion reactions typically encountered in engineering applications (i.e. iron, copper, zinc, water). This subset is sometimes known as the Galvanic Series.
Constrain Reaction Components	View all reactions containing everything water hydroxyl ion Ac - Actinium Al - Aluminum Am - Americium Sb - Antimony Ar - Argon As - Arsenic At - Astatine Ba - Barium Bk - Berkelium Be - Beryllium Bi - Bismuth B - Boron Br - Bromine Cd - Cadmium Ca - Calcium Cf - Californium C - Carbon Ce - Cerium Cs - Cesium Cl - Chlorine Cr - Chromium Co - Cobalt Cu - Copper Cm - Curium Dy - Dysprosium Es - Einsteinium Er - Erbium Eu - Europium Fm - Fermium F - Fluorine Fr - Francium Gd - Gadolinium Ga - Gallium Ge - Germanium Au - Gold Hf - Hafnium Ha - Hahnium He - Helium Ho - Holmium H - Hydrogen In - Indium I - Iodine Ir - Iridium Fe - Iron Kr - Krypton La - Lanthanum Lr - Lawrencium Pb - Lead Li - Lithium Lu - Lutetium Mg - Magnesium Mn - Manganese Md - Mendelevium Hg - Mercury Mo - Molybdenum Nd - Neodymium Ne - Neon Np - Neptunium Ni - Nickel Nb - Niobium N - Nitrogen No - Nobelium Os - Osmium O - Oxygen Pd - Palladium P - Phosphorus Pt - Platinum Pu - Plutonium Po - Polonium K - Potassium Pr - Praseodymium Pm - Promethium Pa - Protactinium Ra - Radium Rn - Radon Re - Rhenium Rh - Rhodium Rb - Rubidium Ru - Ruthenium Rf - Rutherfordium Sm - Samarium Sc - Scandium Se - Selenium Si - Silicon Ag - Silver Na - Sodium Sr - Strontium S - Sulfur Ta - Tantalum Tc - Technetium Te - Tellurium Tb - Terbium Tl - Thallium Th - Thorium Tm - Thulium Sn - Tin Ti - Titanium W - Tungsten U - Uranium V - Vanadium Xe - Xenon Yb - Ytterbium Y - Yttrium Zn - Zinc Zr - Zirconium and also containing everything else water hydroxyl ion Ac - Actinium Al - Aluminum Am - Americium Sb - Antimony Ar - Argon As - Arsenic At - Astatine Ba - Barium Bk - Berkelium Be - Beryllium Bi - Bismuth B - Boron Br - Bromine Cd - Cadmium Ca - Calcium Cf - Californium C - Carbon Ce - Cerium Cs - Cesium Cl - Chlorine Cr - Chromium Co - Cobalt Cu - Copper Cm - Curium Dy - Dysprosium Es - Einsteinium Er - Erbium Eu - Europium Fm - Fermium F - Fluorine Fr - Francium Gd - Gadolinium Ga - Gallium Ge - Germanium Au - Gold Hf - Hafnium Ha - Hahnium He - Helium Ho - Holmium H - Hydrogen In - Indium I - Iodine Ir - Iridium Fe - Iron Kr - Krypton La - Lanthanum Lr - Lawrencium Pb - Lead Li - Lithium Lu - Lutetium Mg - Magnesium Mn - Manganese Md - Mendelevium Hg - Mercury Mo - Molybdenum Nd - Neodymium Ne - Neon Np - Neptunium Ni - Nickel Nb - Niobium N - Nitrogen No - Nobelium Os - Osmium O - Oxygen Pd - Palladium P - Phosphorus Pt - Platinum Pu - Plutonium Po - Polonium K - Potassium Pr - Praseodymium Pm - Promethium Pa - Protactinium Ra - Radium Rn - Radon Re - Rhenium Rh - Rhodium Rb - Rubidium Ru - Ruthenium Rf - Rutherfordium Sm - Samarium Sc - Scandium Se - Selenium Si - Silicon Ag - Silver Na - Sodium Sr - Strontium S - Sulfur Ta - Tantalum Tc - Technetium Te - Tellurium Tb - Terbium Tl - Thallium Th - Thorium Tm - Thulium Sn - Tin Ti - Titanium W - Tungsten U - Uranium V - Vanadium Xe - Xenon Yb - Ytterbium Y - Yttrium Zn - Zinc Zr - Zirconium In addition, Include reactions containing (no additions) water hydroxyl ion Ac - Actinium Al - Aluminum Am - Americium Sb - Antimony Ar - Argon As - Arsenic At - Astatine Ba - Barium Bk - Berkelium Be - Beryllium Bi - Bismuth B - Boron Br - Bromine Cd - Cadmium Ca - Calcium Cf - Californium C - Carbon Ce - Cerium Cs - Cesium Cl - Chlorine Cr - Chromium Co - Cobalt Cu - Copper Cm - Curium Dy - Dysprosium Es - Einsteinium Er - Erbium Eu - Europium Fm - Fermium F - Fluorine Fr - Francium Gd - Gadolinium Ga - Gallium Ge - Germanium Au - Gold Hf - Hafnium Ha - Hahnium He - Helium Ho - Holmium H - Hydrogen In - Indium I - Iodine Ir - Iridium Fe - Iron Kr - Krypton La - Lanthanum Lr - Lawrencium Pb - Lead Li - Lithium Lu - Lutetium Mg - Magnesium Mn - Manganese Md - Mendelevium Hg - Mercury Mo - Molybdenum Nd - Neodymium Ne - Neon Np - Neptunium Ni - Nickel Nb - Niobium N - Nitrogen No - Nobelium Os - Osmium O - Oxygen Pd - Palladium P - Phosphorus Pt - Platinum Pu - Plutonium Po - Polonium K - Potassium Pr - Praseodymium Pm - Promethium Pa - Protactinium Ra - Radium Rn - Radon Re - Rhenium Rh - Rhodium Rb - Rubidium Ru - Ruthenium Rf - Rutherfordium Sm - Samarium Sc - Scandium Se - Selenium Si - Silicon Ag - Silver Na - Sodium Sr - Strontium S - Sulfur Ta - Tantalum Tc - Technetium Te - Tellurium Tb - Terbium Tl - Thallium Th - Thorium Tm - Thulium Sn - Tin Ti - Titanium W - Tungsten U - Uranium V - Vanadium Xe - Xenon Yb - Ytterbium Y - Yttrium Zn - Zinc Zr - Zirconium
View All	View all reactions in the database sorted in order of decreasing electrode potential.

For corrosion to occur, at least a pair of reactions must take place: one reaction on the cathode, and the other reaction on the anode. Which reactions are possible is determined by the elements at hand, both in the makeup of the metal under consideration and dissolved in the electrolytic solution bathing the metal.

All reactions are paired with the reaction for dissolved hydrogen ions. Both the test reaction and the reference reaction are maintained at 1 molar concentrations (i.e. 1 gram-mole per liter), in an environment of 25 °C and 1 atm pressure.

For concentrations and temperatures other than 1 molar and 25 °C, the electrode potential E^o can be recalculated using the Nernst equation,

where k is Boltzmans constant (8.61 × 10^-5 eV/K), n is the number of electrons exchanged in the reaction, T is the temperature (in Kelvin), C is the molar concentration.