Light Modulation in Magnetic Polymer Composite Nanofibrous Membranes by Applying a Variable Magnetic Field

A novel XYZ electrospinning that orients the trajectory and collimates the electrified fluid jet of polymer nanofibers by induced electric fields

“…The same can be said for the formation of arrangement of biosensors [ 7 ] in the form of a chessboard or emulating LF with different shapes and even in several layers of electrospinning [ 14 ]. Likewise, it can be used in the conformation of bounded arrays in specific trajectories with smart polymers such as piezopolymers, conductive polymers, or composites formed by specific polymers/oxides, such as ferroelectric, metallic as well as ferromagnetic polymer [ 25 ]. As for the formation of LF, which are complex and harmonic patterns, it is generally associated with the superposition of two simple harmonic motions in perpendicular directions [ 15 ], i.e., when sinusoidal signals are applied to both X and Y deflection plates.…”

“…Importantly, it is possible to emulate the production of electrospun membranes such as LF [ 14 ]. Furthermore, this innovative development creates a large area of high impact in biomedical engineering [ 5 , 7 , 23 , 24 ] and industry [ 19 , 20 , 26 ], especially when used with jets of smart polymeric materials or nanofibers which respond to pressure, thermal, magnetic, light, chemical, flow, gas sensors, scaffolds, and permeable membranes, [ 5 , 8 , 21 , 25 ]. Moreover, this development has opened up a myriad of uses when making electrospinning that emulate and follow trends with LF.…”