A neoteric sandwich-configurational composite film offering synchronous conductive aeolotropy, superparamagnetism and dual-color fluorescence

Abstract

A neoteric two-dimensional sandwich-configurational composite film offering electrically conductive aeolotropism, superparamagnetism and dual-color fluorescence was successfully fabricated via electrospinning.

Pseudo-tricolor typed nanobelts and arrays simultaneously endowed with conductive anisotropy, magnetism and white fluorescence

“…10a that the fluorescence intensity decreases significantly with increasing PANI content because PANI has strong absorption to ultraviolet and visible light. 54 Similarly, the fluorescence intensity of [B + R]//[M@C]//[G] PNA also decreases with increasing CoFe 2 O 4 content (Fig. 10b) due to the fact that CoFe 2 O 4 also has strong absorption to ultraviolet and visible light.…”

Recent advances in electrospun magnetic nanofibers and their applications

“…Secondly, the thickness of the membrane can be controlled according to the length of the electrospinning time, electrospinning is easy to operate, through different needles, such as hollow, coaxial, and hierarchical structure, etc., to meet the preparation of different shapes of electrodes, in order to prepare better performance electrode materials, and different spinning methods can be convenient and fast to prepare composite films. [162][163][164][165][166][167][168][169] In recent years, electrospinning technology was applied for porous structure preparation to increase the surface area of nanomaterials, given better properties in relation to ordinary materials. For example, to achieve a large surface area and unique nanometer size, electrospinning technology is the most ideal method for preparing such electrode materials.…”