Introduction to Film Enhanced

What is/are Film Enhanced?

Film Enhanced - The incorporation of hydrophilic CMC into the film enhanced the diffusion paths of electrolyte ions and prevented the volume deformation of PPy during the long-term charging/discharging. ^[1] Biofilm enhanced the conversion and removal of nitrogen stirred up by chironomids, resulting the lowest concentration of total nitrogen in overlying water of SCB treatment. ^[2] Importantly, the film enhanced the UV-protective property and antioxidant activity as incorporated-PBLO. ^[3] The combined toxicity tests of Pb(II) and each solid substrate were carried out using Daphnia magna, the results indicated biofilm enhanced the combined toxicity of Pb(II) and microplastics. ^[4] The incorporation of TiO2 in the film enhanced the hydrophilicity of the membrane and the rejection of dyes during filtration. ^[5] The sandwich structure of the film enhanced the reflection loss of the electromagnetic waves on the outer surface within the core of the NFNi film. ^[6] The incorporation of hydrophilic CNF into film enhanced the diffusion paths for ions and electrons, and the excellent interactions between these three constituents achieved a synergistic effect on the structural integrity and electrochemical performance of the resultant film electrode. ^[7] In particular, graphitized GO and SiO2 nanoparticles digested in the tribofilm enhanced its lubricity and robustness. ^[8]

Thin Film Enhanced

Furthermore, the device performance characterization and analysis revealed that the MoO3 thin film enhanced the efficient charge collection, improved the built-in voltage, and suppressed the carrier recombination at the back contact interface. ^[1] Fluorescent spectroscopy measurements exhibited a narrow sharp peak that might be attributed to exciton peak of semiconductor nanostructured thin film enhanced by nearby gold nanoparticles. ^[2]

film enhanced light

The porous-structured film enhanced light absorption by elongating the optical path for multiple reflections, maintaining an outstanding broad-band solar light absorption (295-2500 nm) and an exceptional photo-thermal effect. ^[1] The application of Poly-TPD/PCBM organic blend film enhanced light absorption, electrically connected the isolated WS2 domains, and promoted the separation of electron-hole pairs. ^[2]