Preparation of nanometer-sized zinc sulfide particles by electrospray pyrolysis

Electrospray technique in fabricating perovskite-based hybrid solar cells under ambient conditions

“…23 It should be noted that nanocrystals are more chemically active than bulk materials in the solid-state reaction to convert the reactant into the product. 24 The electrospray technique produces size-selected and highly dispersive nanocrystals, [25][26][27] such as nanostructure oxide ceramic powders, [28][29][30] for use in light emitting diodes, 31 fuel cells 32,33 and solar cells. 34,35 In other words, the electrospray method could be a suitable and easy process to deposit small solidied crystals of the appropriate dimensions for halide exchange, thus enabling phase transformation in the solid-state reaction to prepare the perovskite active layer on the substrate.…”

Cathodoluminescence characteristics of particles and film of (Y, Zn)2O3:Eu phosphor prepared by spray pyrolysis

“…Among several techniques for the preparation of phosphor particles, spray pyrolysis is a promising process to prepare fine and spherical-shaped phosphor [15][16][17][19][20][21]. In previous study on the preparation of Y 2 O 3 :Eu 3+ particles by spray pyrolysis [22], we introduced a solution technique which made it possible to successfully obtain spherical particles with a dense structure.…”

Bipolar Coagulation Process for the Production of Powders

“…They discharged their electrospray with a radioactive neutralizer. Recently, Lenggoro and Okuyama produced ZnS particles using an electrospray.…”