NOVELTY - A transparent conductive article comprises a transparent support; at least one first layer disposed on the transparent support, where the at least one first layer comprises a network of silver nanowires dispersed within at least one polymer binder; and at least one first phenolic compound comprising at least one first aromatic ring, at least one first oxygen atom, and at least one first hydrogen atom bonded to the at least one first oxygen atom, where the at least one first aromatic ring comprises at least one first carbon atom bonded to the at least one first oxygen atom.    USE - As a transparent conductive article (claimed) used in touch panel displays, liquid crystal displays, electroluminescent lighting, organic light-emitting diode devices and photovoltaic solar cells.    ADVANTAGE - The transparent conductive article has surface resistivity of less than or equal to 500 ohm/square and transmittance of at least 80% across entire spectrum range of 350-1100 nm. The transparent conductive film has high conductivity, transparency and relatively good stability. The phenolic compounds provide anti-corrosion properties when incorporated into silver nanowire containing films. The effectiveness of phenolic compounds is enhanced by their introduction into a layer disposed adjacent to silver nanowire containing layer.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method involving applying at least one first coating mixture onto a transparent support to form at least one first coated layer, where the at least one first coating mixture comprises silver nanowires and at least one polymer binder; and applying at least one second coating mixture onto the at least one first coated layer to form at least one second coated layer, where the second coating mixture comprises the first phenolic compound containing first aromatic ring, first oxygen atom and first hydrogen atom bonded to the first oxygen atom, where the first aromatic ring comprises first carbon atom bonded to the first oxygen atom; or applying at least one first coating mixture onto a transparent support to form at least one first coated layer, where the at least one first coating mixture comprises at least one first phenolic compound comprising at least one first aromatic ring, at least one first oxygen atom, and at least one first hydrogen atom bonded to the at least one first oxygen atom, where the first aromatic ring comprises at least one first carbon atom bonded to the at least one first oxygen atom; and applying at least one second coating mixture onto the at least one first coating layer, where the at least one second coating mixture comprises silver nanowires and at least one polymer binder.