Limited levels of UV exposure can be beneficial to the human body. However, the UV
radiation present in the atmosphere can be damaging if levels of exposure exceed safe …

Photochromic materials have recently received strong interest for the development of
wearable ultraviolet (UV) detection technologies because they do not require electronic …

Electrocatalytic nitrate reduction reaction presents a promising avenue for environmentally
friendly ammonia (NH 3) synthesis and wastewater treatment. An essential aspect to …

In terms of improving photocatalytic hydrogen production performance, inexpensive and
earth-rich cocatalysts have become promising alternatives to precious metals. Herein, a …

The effect of plasticizer on dielectric properties of poly (methyl methacrylate)(PMMA)/titanium
dioxide (TiO2) composites was investigated. Propylene carbonate (PC) was used as …

There has recently been a renewed interest in the photochromic properties and uses of TiO
2 as a potential candidate for smart windows. However, the surrounding medium of TiO 2 …

We have prepared composite thin films by incorporation of Graphite nanoparticles in PMMA
matrix by using solution casting method. The effect of Graphite nanoparticle loading on …

The doping process is a unique method of changing the microstructure of a material,
influencing its mechanical, thermal, and optical properties. Typically, the doping process is …

Photochromic materials can be used for modulation of the visible and infrared light
transmittance for providing privacy or energy saving by blocking the heat. Titanium dioxide …

Composite films of PFO/PMMA with different PFO concentrations were prepared by solution
casting method and studied for their optical properties. FESEM reveals that the PFO …