(JP3177568-A)      The silicon dioxide target includes 96 atom % Si, and in total, 4 atom % or more of one or more of Zr, Ti, Ta, Hf, Mo, W, Nb, Sn, La and Cr. The target is characterised by the presence in the target compsn. of the Si and other elements.    USE/ADVANTAGE -   Used for mfr. of target material for sputtering. Deposited transparent thin film is alkali proof and also has a low index of refraction.    (US5209835-A)      A protective amorphous oxide film of general formula ZrBxOy is produced by sputtering a target containing (percent) 11-91 Zr, 3-70 B and 0.67 O2. The resulting film has a value of x = 0.1-2.3 and y = 2-5.5.    ADVANTAGE -   The film is hard and resistant to abrasion. It is suitable for the fabrication of magnetic recording discs esp. high density Winchester type discs. The film is applied to the outside of the magnetic layer to provide protection.    (US5264286-A)      Glass structure comprises glass sheet(s) with dielectric film, metal film and 2nd dielectric layer. Both 1st and 2nd dielectric films having an energy gap of at least 4 eV. A further film with an energy gap of at least 4 eV is applied selected from Ta2O5, N, O, Ga2O3, MgF2, CaF2, LaF3 and CeF3 or SiO2 with an additive or an oxide of Zr, Hf, Sn, Ta or In. Finally a plastic film is applied having an energy gap with the adjacent film of at least 4 eV.    ADVANTAGE -   Laminated glass structure gives enhanced bonding over an extended service life and can be used e.g. in motor vehicles.    (JP95025566-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP95080692-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time. @(37pp DWg.No 2/4)    (US5464674-A)      A magnetic recording medium has as its outermost layer a protective coating of uniform homogeneous oxide film with no grain boundaries and consisting of ZrBxOy where X = 0.1-4.0 and Y = 2.8. Pref. the film is produced by sputtering using a DC magnetron and a target containing (percent) 1-96 Zr, 1-95 Si and 0-67 oxygen. e.g. formed of oxide and boride, r oxide and silicide.    USE -   High density magnetic (memory disks.    ADVANTAGE -   The film is durable and scratch resistant. Corrosion resistance is also improved.    (JP96018855-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2576637-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2601546-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2669120-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2676938-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2687614-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time.    (JP2814602-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time. @(37pp DWg.No 2/4)    (JP2917432-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time. @(37pp DWg.No 2/4)    (JP2917456-B2)      Laminated glass structure comprises: a glass sheet bonded to a plastic layer via a single or multi-layered film, the film which contacts the plastic layer having an energy gap of 4eV or more. The film pref. includes a transparent conductive film, pref. of dielectric-metal-dielectric structure, esp. ZnO-Ag-ZnO or SnO2-Ag-SnO2.    USE/ADVANTAGE -   Esp. as a solar-reflecting window for automobiles, aircraft, buildings, defogger, solar cell, etc. Window avoids the problem of increasing turbidity over time. @(37pp DWg.No 2/4)