(EP970527-A2)      A decal for forming a solar cell comprises: (a) an anti-reflective precursor material; and (b) a patterned electrically conductive material; where at least a portion of the electrically conductive material is placed adjacent to the anti-reflective precursor material. A method of manufacturing a decal for use in forming a solar cell as above.    A method of forming an anti-reflective precursor material on a solar cell as above, comprising: (i) providing a decal having a base material and an anti-reflective precursor material formed over it; (ii) placing a patterned die in contact with the anti-reflective precursor material to form a textured pattern in the anti-reflective precursor material; (iii) positioning the decal on 1 surface of the solar cell; and (iv) processing the decal to convert the anti-reflective precursor material to a textured anti-reflective coating. A method of forming a solar cell as above.    USE -   Used for manufacturing solar cells.    ADVANTAGE -   Provides a new method for forming electrical contacts and anti-reflective coatings with high device yields and low manufacturing cost. The process is amenable to automation and mass-production.    (US6146483-A)      A decal for forming a solar cell comprises: (a) an anti-reflective precursor material; and (b) a patterned electrically conductive material; where at least a portion of the electrically conductive material is placed adjacent to the anti-reflective precursor material. A method of manufacturing a decal for use in forming a solar cell as above.    A method of forming an anti-reflective precursor material on a solar cell as above, comprising: (i) providing a decal having a base material and an anti-reflective precursor material formed over it; (ii) placing a patterned die in contact with the anti-reflective precursor material to form a textured pattern in the anti-reflective precursor material; (iii) positioning the decal on 1 surface of the solar cell; and (iv) processing the decal to convert the anti-reflective precursor material to a textured anti-reflective coating. A method of forming a solar cell as above.    USE -   Used for manufacturing solar cells.    ADVANTAGE -   Provides a new method for forming electrical contacts and anti-reflective coatings with high device yields and low manufacturing cost. The process is amenable to automation and mass-production.    (US6206996-B1)      A decal for forming a solar cell comprises: (a) an anti-reflective precursor material; and (b) a patterned electrically conductive material; where at least a portion of the electrically conductive material is placed adjacent to the anti-reflective precursor material. A method of manufacturing a decal for use in forming a solar cell as above.    A method of forming an anti-reflective precursor material on a solar cell as above, comprising: (i) providing a decal having a base material and an anti-reflective precursor material formed over it; (ii) placing a patterned die in contact with the anti-reflective precursor material to form a textured pattern in the anti-reflective precursor material; (iii) positioning the decal on 1 surface of the solar cell; and (iv) processing the decal to convert the anti-reflective precursor material to a textured anti-reflective coating. A method of forming a solar cell as above.    USE -   Used for manufacturing solar cells.    ADVANTAGE -   Provides a new method for forming electrical contacts and anti-reflective coatings with high device yields and low manufacturing cost. The process is amenable to automation and mass-production.    (US6278053-B1)      A decal for forming a solar cell comprises: (a) an anti-reflective precursor material; and (b) a patterned electrically conductive material; where at least a portion of the electrically conductive material is placed adjacent to the anti-reflective precursor material. A method of manufacturing a decal for use in forming a solar cell as above.    A method of forming an anti-reflective precursor material on a solar cell as above, comprising: (i) providing a decal having a base material and an anti-reflective precursor material formed over it; (ii) placing a patterned die in contact with the anti-reflective precursor material to form a textured pattern in the anti-reflective precursor material; (iii) positioning the decal on 1 surface of the solar cell; and (iv) processing the decal to convert the anti-reflective precursor material to a textured anti-reflective coating. A method of forming a solar cell as above.    USE -   Used for manufacturing solar cells.    ADVANTAGE -   Provides a new method for forming electrical contacts and anti-reflective coatings with high device yields and low manufacturing cost. The process is amenable to automation and mass-production.