Kinetic properties of layer-by-layer assembled cerium zinc molybdate nanocontainers during corrosion inhibition

Ultrasound assisted synthesis of CaF2:Eu3+ phosphor nanoparticles

“…The extreme atmosphere generated in the reaction medium plays a vital role and is responsible for the physical and chemical effects in the reaction mixture. The physical effects like micro‐mixing, intense shearing and turbulence generated due to ultrasound is responsible for the reduction in the particle size with little agglomeration in the formed product …”

“…The two main sources of ultrasound used for inorganic compound synthesis are ultrasonic cleaning baths and ultrasonic immersion probes, which typically operate in the frequencies range of 40 and 20 kHz, respectively. This method is simple, less expensive and easily available for researchers to develop several kinds of nanoparticles in which acoustic energy gets deposited directly into the reaction medium . Nowadays different shaped and sized nanomaterials find potential application in many emerging areas of technology, also with a change in dimension of the materials alternative properties are affected .…”

Water-dispersible and quasi-superparamagnetic magnetite nanoparticles prepared in a weakly basic solution at the low synthetic temperature

“…150 °C and 370 °C was about 1.3%, which was assigned to chemisorbed water molecules and the dehydroxylation of magnetite particles [38,39]. When the heating temperature increased up to 700 °C, the final weight loss was about 1.3%, which may be ascribed to the phase transition of magnetite to iron (II) oxide because of the stable phase of iron (II) oxide at higher temperatures [40].…”

The application of benzimidazole and zinc cations intercalated sodium montmorillonite as smart ion exchange inhibiting pigments in the epoxy ester coating

“…Therefore, it seems impossible to incorporate high loadings of the inhibitors into the coating in this way. To overcome these problems, smart coatings with self-healing properties have been produced through incorporation of the inhibitors or submicron particles into the coatings [11][12][13]. Some examples of these systems are pH sensitive corrosion inhibitors reservoirs and inhibitor filled particles i.e.…”