The cell is consisted of a rectangular Plexiglass container of dimension 12 * 12 * 15 cm equipped with varied number of parallel horizontal meshed Aluminum anodes (9 * 9 cm) and 115.2 cm2 effective area, stainless steel (9 * 9 cm) cathode.
Liu et al. [23] used a very similar THW experimental method as the one used by Eastman et al. [1], Lee et al. [2] and Choi et al. [3] with the major distinction being in the method of producing the nanoparticles and a cylindrical container of different dimensions.
The second simulation was performed in the OR under strict implementation of the SOP simulating the abdomen with a sealed plastic container of similar dimensions.
The experiments were conducted in triplicate at room temperature in locally made curved shaped bamboo containers (reactor) of dimensions 150 mm top radius and 100 mm depth to facilitate better ventilation for the earthworms (Fig. 1).
The effects of container dimensions thus constrain larval growth, possibly by decreasing exchange of materials or reducing inputs of resources, an area of future investigation.
The linearity of the analog output of ±60° inclination for container dimensions of Ø 4.0 mm × 1.0 mm (diameter × thickness) was less than 6%/F.S.
Consequently, extensive parametric studies are presented to evaluate the effects of various system parameters, such as: mass ratio, primary system damping, coefficient of restitution, container dimensions, excitation amplitude and components, input locations and damper locations.
The open field consisted of a clear Plexiglas container with internal dimensions of 30×30×40 cm (width×depth×height) and was lit by a small incandescent overhead light-bulb such that the center of the chamber was about 80 lux.
With an appropriately designed stainless steel container for the reactants, several manufacts of different shape have been obtained, including tubes, cylinders, rings or disks, of dimensions of the order of the tens of centimeters.
