Dynamic X-ray CT imaging of tracer materials has considerable potential as a proxy for the visualization of particulate agricultural chemicals that will assist with understanding how their transport behaviour varies both spatially and temporally.
These materials have considerable potential for use as catalysts and, as such, their interactions with, and stability to, a variety of vapours, including water, is of considerable interest.
Cellulosic banana fibres are potential engineering materials having considerable scope to be used as an environmental friendly reinforcing element for manufacturing of polymer based green materials.
The research reported in the paper is scientifically significant due to the introduction of a new structural material, which has considerable sustainable and cost benefits.
It has been shown that material choice has considerable bearing on the presence of liquid inside the porous structures and the electrochemical characteristics.
It is found that the effect of random micro-structural variability in structural and material distribution has considerable influence on mechanical behaviour of metamaterials.
The variety of advanced materials here presented has considerable interest due to their possible application in catalysis, drug delivery, electrochemistry, selective adsorption, and batteries, etc.
Antimony as a functional material has attracted considerable attention [1, 2].
In the past two decades, the robust SnO2 material has garnered considerable attention and various nanostructures have been reported [9, 10].
This new material has received considerable attention due to the growing interest in its basic physical properties.
