In these instances, increasing external heating rate does not increase the total rate, improve exfoliation degree or enhance surface area.
Porous silicon (PSi) has excelled as a biosensing platform due to its cost-effective and versatile fabrication, enhanced surface area, and chemical and biological compatibility.
First step of extraction is preparation of the plant material ready to be extracted such as collection of plant materials, drying and grinding to make homogenous mixture and to enhance surface area for maximum contact to solvent used.
The unique architectures morphology with porosity and interconnected channels has great advantages since it can effectively increases the contact surface area with electrolyte, which could significantly not only enhances surface area but also the ion/electron diffusion.
The silica dopant retarded sintering of the aerogel, thereby enhancing its surface area and delaying crystallization of α-alumina from 1373 1473 K.
The chloromethyl groups of poly styrene-co-4-acetoxystyrene-co-vinylbenzyl chloride-co-divinylbenzene) monolith enable poly styrene-co-4-acetoxystyrene-co-vinylbenzyl by ferric chloride in dichloroethane leading to a multitude of small poly styrene-co-4-acetoxystyrene-co-vinylbenzyl
The greatly improved PEC performance is due to the 3D hierarchically branched structural effect, as result of enhancing the surface area as well as improvement of light harnessing and charge collection efficiency.
The fabrication of nano-network structures for enhancing specific surface area and electrical conductivity is very crucial to attain high specific capacitance and energy density, which are important parameters to investigate a material for supercapacitor applications.
Plants may respond to such P-deficient conditions in several ways, including allocation of greater mass to roots relative to shoots, and the production of thinner and longer roots enhancing total surface area for nutrient acquisition [ 53].
When the concentration is enhanced, the surface area is also enhanced along with the large size of the tea polyphenol.
By creating many particles < 10 15 µm in size, grinding also greatly enhanced the surface area per mass of ingested particles, thereby enhancing dissolution rates [see references in Plumlee and Morman (2011)].
