Owing to their intrinsic semiconductive properties and different nanostructures, both of these two nanocomposites were employed as solar energy transducers to photo-oxidation of arsenic (III) in aqueous solution, with the purpose to better understanding the morphological effect in photocatalysis.
Animal models contribute to better understanding the mechanisms and biological effects that could be likely to happen in the human body.
The presented numerical method could contribute to better understanding the stress-sensitivity phenomenon and its effect on reservoir performance.
SHG from crystalline quartz was characterized to serve as a model for better understanding the effect of closing the iris while measuring the 2ω signal.
To that end and beyond, two models are developed to promote a better understanding the effects of cross hybridization.
The first purpose of this research was to seek a better understanding the effects of visual magnification on human performance and control in operating a tool via indirect vision.
Disaggregating migration status by length of residence, first language and reason for migration as well as intersecting it with ethnicity leads to better understanding of the effect migration status has on health and health service use.
These findings open the door to better understanding of the biological effects of extremely low-dose ionizing radiation on human cells.
In this work, we studied the LoF and GoF mutation properties, and we expect that this study can contribute to better understanding of the mutation effects on the biological systems.
