Electrical properties of Bi2TiO5 ceramic

Visible light driven degradation of methylene blue dye using Ag3PO4

“…The peak shifts towards the higher frequency range with an increase in temperature due to the existence of temperature dependent relaxation in the system. This relaxation was due to the presence of free charge carriers (ions, electrons, oxygen vacancies, etc..) in the material [37]. Fig.…”

“…The grain effect arises from the parallel contribution of grain resistance (R g ) and grain capacitance (C g ) [38]. The semicircle in the low frequency region corresponds to grain boundary effect of Ag 3 PO 4 [37]. This grain boundary effect contribution arises because of parallel contribution from the grain boundary resistance (R gb ) and grain boundary capacitance (C gb ), respectively [38].…”

Sol–Gel Synthesis of Ce4–xSr1+xFe5–xZnxO14+δ [0 ≤ x ≤ 0.45] Superparamagnetic Oxide Systems and Its Magnetic, Dielectric, and Drug Delivery Properties

“…The rate of drug release is significantly influenced by the particle size as the encapsulated drug from the interior has to move to the surface, and then to the liquid. As a result, the drug release from smaller-sized NCs, which have a small core and high surface area to volume ratio, is at a faster rate than that of larger-sized NCs . As the larger-sized NCs have large cores, it allows more drugs to be encapsulated per particle and gives the ability to control the release in a sustained manner. , Thus, the control of particle size provides a method of tuning drug release rates from the NCs.…”

Synthesis of MnWO4 nanorods and its electrical and electrochemical properties

“…The maximum conductivity is determined as 1.21×10 −6 S/cm for ultrasonication and 4.40 × 10 −5 S/cm for surfactant assisted ultrasonication method at 570°C. The conductivity increases with raise in temperature due to the movement of thermally activated ions from one site to another and also due to the creation of defects [21]. The hopping frequency (ω p ), where the change in conductive region from low to high frequency dispersion occurs, corresponds to the hopping of charge carriers.…”