(WO9734325-A1)      Wraparound contact on a solar cell is formed by: (a) placing a decal (18) having a patterned conductive material on a first surface of the solar cell; (b) wrapping it round at least one edge to contact a second surface of the solar cell; and (c) processing (20) the decal to remove organic matter and form an ohmic contact.    Also claimed are: (i) a method for forming a wraparound electrical contact by separating a decal from the base to which it is attached using liquid before steps (a) and (b) followed by removing excess liq. between decal and the cell before (c); and (ii) method for forming a wraparound electrical contact by heating a decal attached to a wax coated surface transferring the decal from the wax coated surface to the cell followed by (b) and (c).    ADVANTAGE -   simple, low cost process produces a high yield of reliable devices.    (EP956599-A1)      Wraparound contact on a solar cell is formed by: (a) placing a decal (18) having a patterned conductive material on a first surface of the solar cell; (b) wrapping it round at least one edge to contact a second surface of the solar cell; and (c) processing (20) the decal to remove organic matter and form an ohmic contact.    Also claimed are: (i) a method for forming a wraparound electrical contact by separating a decal from the base to which it is attached using liquid before steps (a) and (b) followed by removing excess liq. between decal and the cell before (c); and (ii) method for forming a wraparound electrical contact by heating a decal attached to a wax coated surface transferring the decal from the wax coated surface to the cell followed by (b) and (c).    ADVANTAGE -   simple, low cost process produces a high yield of reliable devices.    (JP2000506679-W)      Wraparound contact on a solar cell is formed by: (a) placing a decal (18) having a patterned conductive material on a first surface of the solar cell; (b) wrapping it round at least one edge to contact a second surface of the solar cell; and (c) processing (20) the decal to remove organic matter and form an ohmic contact.    Also claimed are: (i) a method for forming a wraparound electrical contact by separating a decal from the base to which it is attached using liquid before steps (a) and (b) followed by removing excess liq. between decal and the cell before (c); and (ii) method for forming a wraparound electrical contact by heating a decal attached to a wax coated surface transferring the decal from the wax coated surface to the cell followed by (b) and (c).    ADVANTAGE -   simple, low cost process produces a high yield of reliable devices.