A green approach: Eco-friendly synthesis of Gd2Ti2O7/N-GQD nanocomposite and photo-degradation and electrochemical measurement of hydroxychloroquine as a perdurable drug

Bio-based Au Doping with Dominant Oxygen Vacancies and Ti3+ Defects on Photocatalytic Functionalities of TiO2

“…The slope (η) of the linear fit between βcos θ and sin θ, was used to estimate the lattice strain, while the crystal size was calculated from the intercept ( k λ/ d ) (Figure S4 of the Supporting Information). The crystallite size of Au 0.25–1.45 /TiO 2 (bio) was increased with an increase in Au concentration (Table ), which could be due to the filling of lattice voids in TiO 2 with AuNPs …”

“…The crystallite size of Au 0.25−1.45 / TiO 2 (bio) was increased with an increase in Au concentration (Table 1), which could be due to the filling of lattice voids in TiO 2 with AuNPs. 35 The dislocation density (δ, lines/nm 2 ) was also determined using eq 9. The results are listed in Table 1.…”

Graphene quantum dots: synthesis, characterization, and application in wastewater treatment: a review

“…GQDs have remarkable quantum properties, which is why they have been studied in biological imaging, lightemitting diodes, photoelectrocatalysis, drug carrier sensors, and pollutant absorption. [13][14][15][16][17] One of the most attractive features of GQDs is their abundance as carbon materials, which can be equipped with functional groups at their edges. This feature makes them more desirable than mineral QDs.…”