FIELD: protection from electromagnetic emission.
SUBSTANCE: mesh of electric-conductive material is positioned on dielectric transparent film with applied transparent electric-conductive layer, made either of indium, or of tin, or of indium/tin alloy with thickness, approximately equal to 0,1 of skin layer, and the very mesh is applied with thickness not exceeding skin-layer by printer or plotter using electric-conductive compound, consisting of ultra-dispersive electric-conductive powder with stable electric conductivity and average size of particles 10,0-600,0 nm, polymer linking component, organic solvent and surfactant with certain ratio of components.
EFFECT: forming of transparent screens, screening properties of which do not depend on falling angle of electromagnetic emission, also light and simple to manufacture.
2 tbl
| Title | Year | Author | Number |
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| METHOD FOR PRODUCING TRAPPING AND TRANSMITTING MEMBRANES | 2003 |
|
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| RADIOELECTRONIC UNIT WITH PROTECTIVE SCREEN AGAINST MICROWAVE EMISSION | 2010 |
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| METHOD OF PRODUCTION OF THE OPTICALLY TRANSPARENT ELECTRICALLY CONDUCTING COATING AND THE ITEM WITH THIS COATING, PRODUCED BY THE INDICATED METHOD (VERSIONS) | 2005 |
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| TRANSPARENT STRUCTURE FOR MICROWAVE SIGNAL MODULATION | 2023 |
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| OPTICAL PRODUCT CONTAINING AN ILLUMINATING COATING IN THE VISIBLE AREA, FOR CONDITIONS OF LOW ILLUMINATION | 2015 |
|
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| METAMATERIAL-BASED NARROW BEAM ANTENNA RADIATOR | 2011 |
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| METHOD FOR PRODUCTION OF NITRIDE LIGHT-EMITTING DIODE | 2019 |
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RU2399949C1 |
