EP548863-A1  14TH IEEE PHOTOVOLTAIC SPECIALISTS CONFERENCE 7. Januar 1980, SAN DIEGO, CALIFORNIA, USA Seiten 783 - 786 T.G. SPARKS ET AL. 'A reactive plasma process for forming metal grid patterns in solar cell antireflection coatings';  19TH IEEE PHOTOVOLTAIC SPECIALISTS CONFERENCE 4. Mai 1987, NEW ORLEANS, LOUISIANA, USA Seiten 1424 - 1429 D.B. BICKLER ET AL. 'The economic payoff for a state -of-the-art high efficiency flat-plate crystalline silicon solar cell technology';  5TH INTERNATIONAL PHOTOVOLTAIC SCIENCE AND ENGINEERING CONFERENCE 26. November 1990, KYOTO, JAPAN Seiten 533 - 536 H. ITOH ET AL. 'New a-Si solar cell with a V-grooved glass substrate';  5TH INTERNATIONAL PHOTOVOLTAIC SCIENCE AND ENGINEERING CONFERENCE 26. November 1990, KYOTO, JAPAN Seiten 701 - 704 R. HEZEL ET AL. 'Advantages of textured multicrystalline silicon for MIS inversion layer solar cells';  APPLIED PHYSICS LETTERS. Bd. 41, Nr. 7, 1. Oktober 1982, NEW YORK US Seiten 649 - 651 P.G. BORDEN ET AL. 'Silicon solar cell with a novel low resistance emitter structure';  APPLIED PHYSICS LETTERS. Bd. 55, Nr. 13, 25. September 1989, NEW YORK US Seiten 1363 - 1365 A.W. BLAKERS ET AL. '22.8% efficient silicon solar cell';  IEEE ELECTRON DEVICE LETTERS. Bd. 11, Nr. 1, Januar 1990, NEW YORK US Seiten 6 - 8 A. CUEVAS ET AL. '26% efficient point-junction concentrator solar cells with a front metal grid'US5356488-A  "22.8% efficient silicon solar cell" by Andrew Blakers et al. Applied Phys. Ltrs. 55(1989) 25 Sep. No. 13 New York, U.S. pp. 1363-1365;  "26-Percent Efficient Point-Junction Concentrator Solar Cells . . ." by Andres Cuevas, et al. 8179 IEEE Electron Device Ltrs. 11(1990) Jan. No. 1 New York;  "A reactive plasma process for forming metal grid patterns.." 14th IEEE Photovoltaic Spec. Conf. (1980);  "New a-Si Solar Cell with a V-grooved Glass Substrate" by Haruo Itoh et al. pp. 533-536;  "Silicon solar cell with a novel . . ." by P. G. Borden Applied Physics Ltrs. vol. 41 (1982) Oct. No. 7, New York pp. 649-651;  IEEE Photovoltaic Specialists Conference on May 4-8, 1987 in N. Orleans, La. entitled "The Economic Payoff for a State-of-the-Art High-Efficiency Flat-Plate Crystalline Silicon . . ." pp. 1424-1429;  Technical Digest (5th Int'l Photovoltaic Science & Eng. Conf.) Nov. 26-30, 1990 in Kyoto Japan entitled;  Technical Digest (5th Int'l Photovoltaic Science & Eng. Conf.) Nov. 26-30, 1990 in Kyoto Japan entitled "Advantages of Textured Multicrystalline Silicon for MIS Inversion Layer.." by R. Hezel et al. pp. 701-704AU655092-B  AU 600573 14522/88 H01L 31/04 27/14 31/18US5449626-A  Article Entitled "22.8% efficient silicon solar cell" by Andrew Blakers et al. Applied Phys. Ltrs. 55 (1989) 23 Sep. No. 13 New York, U.S. pp. 1363-1365;  Article entitled "26-Percent Efficient Point-Junction Concentrator Solar Cells . . . " by Andres Cuevas, et al. 8179 IEEE Electron Device Ltrs. 11 (1990) Jan. No. 1 New York;  Article entitled "A reactive plasma process for forming metal grid patterns . . . " in 14th IEEE Photovoltaic Specialists Conf. (1980) by T. G. Sparks pp. 783-786;  Article entitled "Silicon solar cell with a novel . . . " by P. G. Borden 320 Applied Physics Ltrs. vol. 41 (1982) Oct. No. 7, New York pp. 649-651;  Article from IEEE Photovoltaic Specialists Conference on 04/05/1987-08/05/1987 in New Orleans, La. entitled "The Economic Payoff for a State-of-the-Art High-Efficiency Flat-Plate Crystalline Silicon . . . )" pp. 1424-1429;  Technical Digest article (5th Int'l Photovoltaic Science & Eng. Conf.) 26/11/1990-30/11/1990 in Kyoto Japan entitled "Advantages of Textured Multicrystalline Silicon for MIS Inversion Layer . . . )" by R. Hezel et al. pp. 701-704;  Technical Digest article (5th Int'l Photovoltaic Science & Eng. Conf.) 26/11/1990-30/11/1990 in Kyoto Japan entitled "New a-Si Solar Cell with a V-grooved Glass Substrate" by Haruo Itoh et al. pp. 533-536EP548863-B1  14TH IEEE PHOTOVOLTAIC SPECIALISTS CONFERENCE 7. Januar 1980, SAN DIEGO, CALIFORNIA, USA Seiten 783 - 786 T.G. SPARKS ET AL. 'A reactive plasma process for forming metal grid patterns in solar cell antireflection coatings';  19TH IEEE PHOTOVOLTAIC SPECIALISTS CONFERENCE 4. Mai 1987, NEW ORLEANS, LOUISIANA, USA Seiten 1424 - 1429 D.B. BICKLER ET AL. 'The economic payoff for a state -of-the-art high efficiency flat-plate crystalline silicon solar cell technology';  5TH INTERNATIONAL PHOTOVOLTAIC SCIENCE AND ENGINEERING CONFERENCE 26. November 1990, KYOTO, JAPAN Seiten 533 - 536 H. ITOH ET AL. 'New a-Si solar cell with a V-grooved glass substrate';  5TH INTERNATIONAL PHOTOVOLTAIC SCIENCE AND ENGINEERING CONFERENCE 26. November 1990, KYOTO, JAPAN Seiten 701 - 704 R. HEZEL ET AL. 'Advantages of textured multicrystalline silicon for MIS inversion layer solar cells';  APPLIED PHYSICS LETTERS. Bd. 41, Nr. 7, 1. Oktober 1982, NEW YORK US Seiten 649 - 651 P.G. BORDEN ET AL. 'Silicon solar cell with a novel low resistance emitter structure';  APPLIED PHYSICS LETTERS. Bd. 55, Nr. 13, 25. September 1989, NEW YORK US Seiten 1363 - 1365 A.W. BLAKERS ET AL. '22.8% efficient silicon solar cell';  IEEE ELECTRON DEVICE LETTERS. Bd. 11, Nr. 1, Januar 1990, NEW YORK US Seiten 6 - 8 A. CUEVAS ET AL. '26% efficient point-junction concentrator solar cells with a front metal grid'