RU2331907C1
|
|
Optical filter
|
RU2336371C1
|
|
Method of gallium nano-particles production
|
RU2331906C1
|
|
Neutral colour filter
|
RU2331905C1
|
|
Method of manufacturing nanosized zinc selenide lenses
|
RU2334836C1
|
|
Method of cadmium selenide nanostems production
|
RU2332530C1
|
|
Device for continuous growth of two-sided silicon layers on carbon foil
|
RU2329488C1
|
|
Method of determining chiral angle value in electronic diffraction patterns of tubular structure crystals
|
RU2321536C1
|
|
Device for increase of sorption ability of carbon nanotubes
|
RU2311499C1
|
|
Method of polishing of the silver chloride crystals
|
RU2311338C1
|
|
Method of preparing carbon nanotubes
|
RU2308061C1
|
|
Method of production of optical filter
|
RU2307785C1
|
|
METHOD OF PREPARING NANOPOWDER OF ZINC-CADMIUM TELLURIDE HAVING COMPOSITION Cd0,9Zn0,1Te
|
RU2302085C1
|
|
Method for encoding and transferring cryptographic keys
|
RU2296046C1
|
|
Method of treatment of the carbonic nanotubes
|
RU2286317C1
|
|
Method of production of the hollow heaters with the preset electrical resistance and made out of the carbon-carbide-silicon composite material
|
RU2293138C2
|
|
Coating of polladium and its alloys applying method on metallic articles
|
RU2178469C2
|
|
Device for growing crystals in form of rods and tubes from melt
|
RU2178958C2
|
|
Heat-resisting material
|
RU2154122C2
|
|
Composite heat-resistant refractory material
|
RU2160790C2
|
|
Heat-proof and heat-resisting composite material
|