A microwave shutter using conductive polymers
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2017, Synthetic MetalsCitation Excerpt :Optically transparent and electrically conductive polymers have been attractive in the past two decades due to their benefits in various applications including solar cells, electrostatic dissipation, electromagnetic shielding, sensors, touch-sensitive screens, and alarm devices [1,2]. Furthermore, conducting polymers/magnetic nanocomposite have attracted great attention of the scientific community currently due to its high potential of technological industrial applications in various areas, such as electromagnetic interference shielding [3], rechargeable batteries [4], corrosion protection coatings [5], electrodes [6], gas separating membranes [7,8], microwave absorption [9], sensors [10–12], and microelectronic devices [13,14]. PANI as any conjugated polymer has some characteristics related to its molecular structure and bond alternation make the polymer infusible, insoluble in organic solvents and cannot be handled like thermoplastic polymers [15,16].
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2015, Journal of Advanced ResearchCitation Excerpt :The conducting polymers are a new group of synthetic polymers which combines the chemical and mechanical properties of polymers with the electronic properties of metals and semiconductors [6]. Nowadays, conducting polymers have several applications in different areas such as microwave absorption, electronic displays, corrosion protection coating, electrochemical batteries, super capacitors, sensors, and electrodes [7–11]. They have extended p-conjugation with single- and double-bond alteration along its chain.