Taguchi robust design to optimize synthesis of lead oxalate nano-disks

Investigation into the synthesis conditions of CuMoO4 by an in situ method and its photocatalytic properties under visible light irradiation

“…Subsequently, photogenerated electrons and photogenerated holes reacted with water and dissolved oxygen to form cO 2 À radicals and cOH radicals (eqn (5) and (6)). Then the free radicals in the solution reacted with rhodamine B to form intermediate products, which were eventually degraded into small molecular substances (eqn (7)).…”

“…Furthermore, its areas of application have been extended to the elds of biology, medicine and chemical industry. [6][7][8][9][10][11][12] In the past few decades, the transition metal molybdates AMoO 4 (A ¼ Cu, Ni, Co, Fe and Zn) and B 3 Mo 2 O 9 (B ¼ Cu, Zn) have been widely researched because of their unique structural properties, electronic properties, magnetic properties and catalytic properties. [13][14][15] Among transition metal molybdates, copper molybdate was a prospective partial oxidation catalyst for light alkanes, especially for propane and isobutylene.…”

High Current Density Chronopotentiometric Electrosynthesis and SEM Characterization of Hexanethiol-Monolayer-Protected Silver Planar Nanotriangles (Ag@C6SH)

“…The Taguchi methodology, as a statistical method, is utilizing a series of orthogonal arrays depending on the number of studied parameters and their levels whose results might be analyzed via the well-known mathematical processes. This methodology permits calculating the average effect of the studied factors at their preselected levels independently [36][37][38].…”

Statistical optimization of microencapsulation process for coating of magnesium particles with Viton polymer

“…The confidence interval (C.I.) of the predicted stability temperature at these optimum conditions might be estimated as follows [55,56]: The statistical calculations to predict the value of stability temperature and related C.I. at optimum conditions exhibited that the thermal stability of the Viton coated magnesium powder will be about 631 ± 6 ºC.…”