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There are a total of 10 record(s) matching your query.
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Metallization with generic metallo-organic inks
Author(s): Vest, G. M.
Abstract: The use and fabrication of metallo-organic films are discussed. Metallo-organic compounds are ones in which a metal is linked to a long chain carbon ligand through a hetero atom such as O, S, N, P or As. Films formed by the ...
NASA Center: NASA (non Center Specific)
Publication Year: 1983
Added to NTRS: 2008-10-06
Accession Number: 84N21996; Document ID: 19840013928
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: The development of flat plate solar arrays is reported. Photovoltaic cells require back side metallization and a collector grid system on the front surface. Metallo-organic decomposition (MOD) silver films can eliminate most ...
NASA Center: NASA (non Center Specific)
Publication Year: 1984
Added to NTRS: 2005-11-04
Accession Number: 85N32428; Document ID: 19850024115
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: The feasibility of utilizing metallo-organic decomposition (MOD) silver inks were investigated for front contact metallization of solar cells. Generic synthesis procedures were developed for all metallo-organic compounds ...
NASA Center: Jet Propulsion Laboratory
Publication Year: 1985
Added to NTRS: 2005-08-25
Accession Number: 87N13854; Document ID: 19870004421; Report Number: DOE/JPL/956679-84, DOE/JPL/956679-85/01, DRD-SE-5, DRL-207, JPL-9950-1182, NAS 1.26:179953, NASA-CR-179953
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: It was determined that pyrolysis products can produce dark surface films on MOD silver conductors. Improving the purity of all ink ingredients helped this problem. It was established that the existence and nature of the ...
NASA Center: NASA (non Center Specific)
Publication Year: 1984
Added to NTRS: 2005-08-25
Accession Number: 84N34610; Document ID: 19840026539; Report Number: DE84-009623, DOE/JPL-956679-84-1, NAS 1.26:173975, NASA-CR-173975
Mod silver metallization: Screen printing and ink-jet printing
Author(s): Vest, R. W.; Vest, G. M.
Abstract: Basic material efforts have proven to be very successful. Adherent and conductive films were achieved. A silver neodecanoate/bismuth 2-ethylhexanoate mixture has given the best results in both single and double layer ...
NASA Center: NASA (non Center Specific)
Publication Year: 1985
Added to NTRS: 2005-02-14
Accession Number: 86N29383; Document ID: 19860019911
Metallo-Organic Decomposition (MOD) silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: The metallo-organic decomposition (MOD) silver metallization process for photovoltaics was investigated. It is found that: (1) generic compounds are essential; (2) high purity raw materials are very important; (3) proper ...
NASA Center: NASA (non Center Specific)
Publication Year: 1984
Added to NTRS: 2004-11-03
Accession Number: 85N15278; Document ID: 19850006969
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: The development of flat plate solar arrays is reported. Photovoltaic cells require back side metallization and a collector grid system on the front surface. Metallo-organic decomposition (MOD) silver films can eliminate most ...
NASA Center: Jet Propulsion Laboratory
Publication Year: 1985
Added to NTRS: 2004-11-03
Accession Number: 85N27381; Document ID: 19850019070; Report Number: DOE/JPL-956679-84/5, NAS 1.26:175773, NASA-CR-175773
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: Photovoltaic cells require back side metallization and a collector grid system on the front surface. Both front and back surface metallizations should have good adhesion, low contact resistance, low sheet resistance, long ...
NASA Center: Jet Propulsion Laboratory
Publication Year: 1984
Added to NTRS: 2004-11-03
Accession Number: 85N19526; Document ID: 19850011216; Report Number: DOE/JPL-956679-84/4, JPL-9950-999, NAS 1.26:175460, NASA-CR-175460
MOD silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: It was demonstrated that the nature of the initial solvent used to extract the silver neodecanoate during synthesis or to render it into solution for ink formulation has a profound influence on fired film properties. The ...
NASA Center: Jet Propulsion Laboratory
Publication Year: 1984
Added to NTRS: 2004-11-03
Accession Number: 85N10163; Document ID: 19850001856; Report Number: DOE/JPL-956679-84/2, DRD-207, DRL-SE-2, NAS 1.26:174011, NASA-CR-174011
Mod silver metallization for photovoltaics
Author(s): Vest, G. M.; Vest, R. W.
Abstract: Metallo organic decomposition (MOD) formed silver platinum inks in photovoltaic cell films were studied. Silver platinum conductor inks containing Pt-2 ethydehexonate (SPCI inks) were evaluated to determine: (1) a standard ...
NASA Center: Jet Propulsion Laboratory
Publication Year: 1984
Added to NTRS: 2004-11-03
Accession Number: 85N19518; Document ID: 19850011208; Report Number: DOE/JPL-956679-84/3, JPL-9950-966, NAS 1.26:174444, NASA-CR-174444
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