The present invention relates to a nanowire which includes at least one or more wires, any of the n-th wire portion and the n-th wire portion and the n the n + 1 wires addition angle (α) with each other forms that are connected by a bending portion is between 0 ° provides a metal nanowire that satisfies <α <180 °,
The present invention relates to a nanowire comprising at least two wire portions, any of the n-th and the n + comprises a first wire connected to the wire portion and the second n nanowires, wherein said n wire portion diameter and the second n + diameter portion first wire and each provides a different metal nanowire,
In another aspect, the present invention nanowire core; Provides a shell nanowire-made core, including; and metal compound shell formed in the nanowire core
The invention also reducing solvent, the reaction mixture prepared mixing the capping agent and a catalyst for growing the metal in wire form for the reduction of the metal salt, the metal salt of a metal; And provide a method of manufacturing a metal nanowire comprising a; and comprises reacting from 1 to 5 atm condition into a reaction vessel together and the reaction mixture portion, at least two or more wires, nanowires synthesis step with one or more bending parts
The invention also reducing solvent, the reaction mixture prepared mixing the capping agent and a catalyst for growing the metal in wire form for the reduction of the metal salt, the metal salt of a metal; It provides a method for producing a metal nanowire containing, and at least one or more different diameters nanowire composite comprising: preparing a nanowire having reacted at 1 to 5 atm condition into a reaction vessel together and the reaction mixture
In another aspect, the present invention may include the steps of preparing the nanowire cores to the upper substrate; Contacting the precursor solution to form a metal compound in the shell nanowire core; And by supplying the growth energy to form a metal compound in the shell nanowire core; made in a core-shell, and provides a method for producing nanowires,
In another aspect, the present invention comprises a metal conductor layer of the nanowire; And the conductive layer translucent electrode layer formed on; as a nanowire comprising comprises the metal nanowires parts at least one or more wires, by any of the n-th wire portion and the n-th wire portion and the n-th bending unit and forming the additional n + 1 wires to be connected with each other an angle (α) provides the metal nanowire of the transparent electrode that satisfies 0 <α <180 °,
In another aspect, the present invention comprises a metal conductor layer of the nanowire; And the translucent electrode layer formed on the conductor layer; comprises, the metal nanowire is a nanowire comprising at least two wire portions, the connected to any of the n-th wire portion and the second n nanowire n + 1 and comprising a wire, and the n-th wire portion diameter and the diameter of the first n + 1 wire portion provides a light-transmitting electrode different metal nanowire,
In another aspect, the present invention the core-conductor layer comprising a shell nanowire; And the translucent electrode layer formed on the conductor layer; wherein the said core-shell nanowire is a nanowire core; By providing the light-transmitting electrode composed of nanowires, including,; and metal compound shell formed in the nanowire core
Electrical conductivity is excellent, and the metal (or core-shell) having a suitable permeability and haze value provides a nanowire, a method for their preparation and the transparent electrode and the organic light emitting device including them.