This innovation addresses the important issue of air purification, which is vital for human health and well-being in indoor residential and workplace environments.

The invention proposes an electromicrofluidic device for generating a biocarrier in the presence of an electric field. The device features a capillary channel with an internal surface.

A compact, economical, and biocompatible flow cell has been developed, capable of performing hydrodynamic focusing of particles or cells entrained in a fluid for analysis in a flow cytometry apparatus.

The present invention describes a method for separating water from a water-in-oil emulsion.

Carbon fiber reinforced epoxy composites are renowned for their exceptional performance due to their high strength-to-weight ratio.

A compact and economical smear device for biological samples that can provide uniform films with a large area containing a monolayer of cells has been presented.

The invention presents a design for sensor electrodes and a circuit aimed at measuring soil moisture and bulk electrical conductivity.

The present invention relates to an iodinated polymer latex, a water-based composite functionalized with an antimicrobial system. Specifically, this invention pertains to iodinated polymer latex where the antimicrobial component is glycol-based.

The present invention outlines a method for fabricating poly(ethylene-co-vinyl acetate) (PEVA-SUN), intended for use as an encapsulant sheet in the photovoltaic (PV) industry.

A method for achieving a uniform film-type deposition on carbon fiber fabric is proposed.