Morphological studies were performed utilizing SEM.
Six main simulations were performed utilizing the TIMIT, SITW, and NIST 2008 databases.
Following, shear cutting experiments were performed utilizing the thermo-mechanically rolled, microalloyed bainitic steel grade SZBS800.
A series of batch experiments were performed utilizing BREC biomass to remove CR dye from aqueous systems.
Furthermore, SEM and EDX were performed utilizing the XL 30 Philips instrument to study the morphology of [Ag (GSH)].
These tests were performed utilizing a dynamic servo hydraulic testing machine (HCT 25-400, Zwick/Roell, Germany).
In vitro diffusion studies were performed utilizing Franz diffusion cells (TK-20A; Shanghai Xie Kai Financial Information Service Co., Ltd.; China).
Batch and column operations were performed utilizing thioglycolated sugarcane carbon (TSCC), a low-cost adsorbent, to remove As III) and As V) from aqueous systems.
Count rate measurements were performed utilizing a high activity line source (18F−) in the NEMA scatter phantom, centered in the transverse and axial PET FOV.
A series of adsorption experiments (batch and column) were performed utilizing iron impregnated sugarcane carbon (Fe SCC), a composite adsorbent, to remove arsenic from aqueous systems.
All experiments were performed utilizing a block design with 6 active epochs alternating with 6 rest conditions lasting 34 s each.
