… process is also not limited by the shape or size of the substrate. In order to establish the
adsorption behavior of the relatively rigid conjugated polymers … weight conjugated polyion fitted …

… with a variety of other electroactive or nonelectroactive polymers and, most importantly, is …
molecular level layer-by-layer processing of the important conducting polymer polyaniline. …

… self-assembly process. We believe that this represents the first demonstration of molecular-level
layer-by-layer polymer processing via a spontaneous adsorption process driven by …

… needed to utilize the layer-by-layer processing technique described in our previous papers6
to manipulate conducting polymers such as polypyrrole and polyaniline intomultilayer thin …

… observe two-dimensional, layer-by-layer growth. When the … 6 –(EO) 5 is reminiscent of the
“layer-by-layer” mode (Frank–van der … interactions in the case of “layer-by-layer” while it is the …

… sensoactive materials such as conjugated polymers, enzymes, … of their lower cost, easy
handling, and the possibility of scaling … of film thickness at the molecular level. Moreover, the LB …

… conjugated polymers consists of a layer-by-layer process in which a substrate is alternately
dipped into a solution of a p-doped conducting polymer … to manipulate conjugated polymers …

… ) polymers, a well-known class of conjugated polymers, with … one polymer layer as well as
crosslinking within the polymer … ) (P5) polymers were assembled with PAH to effectively yield …

… it is possible to extend this exciting new technique to the manipulation … Since it is a molecular
level, layer-bylayer … of conjugated polymers via a molecular self-assembly process opens …

… to 1 monolayer of PPV, which clearly demonstrates that these materials can be manipulated
at the molecular level by … all-conjugated polymers thin films with molecular-level controlled …