Add to ORKGSelf-metallizing. flexible polyimide films with highly reflective surfaces are prepared by an in situ self-metallization procedure involving thermally initiated reduction of polymer-soluble silver(I) complexes. Polyamic acid solutions are doped with silver(I) acetate and solubilizing agents. Thermally curing the silver(I) doped resins leads to flexible. metallized films which have reflectivities as high as 100%. abrasion-resistant surfaces. thermal stability and, in some cases, electrical conductivity, rendering them useful for space applications
Abstract: Flexible thin-film (19 µm-thich) polarizers consisting of silver nanoparticles having rod...
Controllable growth of newly born silver nanoparticles to fractal, cauliflower-like, microscale disk...
To develop the polyimide (PI) which is closely matched to the coefficient of the thermal expansion (...
Optically reflective polyimide films have been prepared by the incorporation of silver(I) acetate an...
Optically reflective polyimide films have been prepared by the incorporation of silver(I) acetate an...
Electroconductive and reflective metallized polyimide films have been prepared by heterogeneous chem...
Electroconductive and reflective metallized polyimide films have been prepared by heterogeneous chem...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
Unique, self-metallized films were investigated for deployable reflector antenna applications at L-b...
Recently there have been a number of com-munications describing the doping of po~y~mic acids with el...
Electric and optical properties of polymer films, which were prepared on the basis of polyimides and...
Abstract: The classical techniques of PI film metallization by either vapour deposition or electroch...
4.4-oxydianiline (ODA) and 1,2,3,5-benzenetetracarboxylic anhydride (PMDA) were deposited from the v...
Abstract: Flexible thin-film (19 µm-thich) polarizers consisting of silver nanoparticles having rod...
Controllable growth of newly born silver nanoparticles to fractal, cauliflower-like, microscale disk...
To develop the polyimide (PI) which is closely matched to the coefficient of the thermal expansion (...
Optically reflective polyimide films have been prepared by the incorporation of silver(I) acetate an...
Optically reflective polyimide films have been prepared by the incorporation of silver(I) acetate an...
Electroconductive and reflective metallized polyimide films have been prepared by heterogeneous chem...
Electroconductive and reflective metallized polyimide films have been prepared by heterogeneous chem...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
This study attempted to improve upon a previously reported route to room-temperature metallization o...
Unique, self-metallized films were investigated for deployable reflector antenna applications at L-b...
Recently there have been a number of com-munications describing the doping of po~y~mic acids with el...
Electric and optical properties of polymer films, which were prepared on the basis of polyimides and...
Abstract: The classical techniques of PI film metallization by either vapour deposition or electroch...
4.4-oxydianiline (ODA) and 1,2,3,5-benzenetetracarboxylic anhydride (PMDA) were deposited from the v...
Abstract: Flexible thin-film (19 µm-thich) polarizers consisting of silver nanoparticles having rod...
Controllable growth of newly born silver nanoparticles to fractal, cauliflower-like, microscale disk...
To develop the polyimide (PI) which is closely matched to the coefficient of the thermal expansion (...