For the purpose of increasing effective surface area, in this study, hierarchical micro/nanostructures were fabricated on a Zr-based MG substrate by nanosecond pulsed laser irradiation.
A relative packing factor was derived as a function of packing surface area and eventually integrated into the developed mass-transfer correlations for the purpose of scale-up.
The purpose of this is to expose surface area in order to pull water out of the vegetables, so the vegetables can be submerged under their own juices.
The denominator, i.e. normalization to the total surface area, served the purpose of preventing B from increasing simply by increasing the total surface area.
Historically, different calculations have been used for this purpose, based on age, bodyweight or body surface area; the majority of calculations are not used routinely and are summarized elsewhere [ 50].
For comparison purposes, nitrogen adsorption measurements were obtained to determine the surface area of the fibers by the BET method.
For this purpose, experimental results from four pilot-scale wetlands of equal surface area but different aspect ratios and water depth were used.
Nanoparticles provide high surface area and are, therefore, suitable for this purpose.
For this purpose, simple allometric methods based on body weight or body surface area have been frequently used.
Nevertheless, the as-produced fiber mat would not be proven effective for gas adsorption purpose because of low amount of MOF particles and lower total surface area.
