The study is a step towards developing multifunctional, cost-effective polymer nanocomposites for water remediation applications.
With the advances in the field of communication and the current state of affairs in the development of antennas the need of compact multiband, multifunctional and cost effective antenna is increased.
This work elucidates a new path towards fabricating multifunctional low-cost shape-memory materials for a host of industrial applications.
When applied for manufacturing new parts (or their refinement), DMD can provide tailored thermal properties, high corrosion resistance, tailored tribology, multifunctional performance and cost savings due to smart material combinations.
However, simple, environmentally friendly, low-cost, multifunctional and facile scaled-up materials are still urgently in demand.
Precision processing in MOEMS (micro-opto-electromechanical systems) packaging has been studied based on electrochemical processes with the purpose of establishing technology for low-cost multifunctional encapsulation of microsystems and assembly of opto-electric access links in polymer.
A low-cost, multifunctional adaptable gripper for handling cylindrical and prismatic shaped parts within dimensional ranges typical of the washing machines components, as provided by the industrial partner Electrolux-Zanussi, is presented and its functionalities shown and evaluated.
In present work, a novel and simple MOF-induced strategy is developed to construct three-dimensional actiniae-like carbon nanotube assembly (3D-CNTA) as effective and low-cost multifunctional electrocatalysts for overall water splitting and Zn-air batteries.
In this research, it was attempted to develop a cost effective, multifunctional composite for water treatment.
But, due to its multifunctional ability and its cost in comparison to other developed techniques, it considerably assures the achievement of the purpose.
