The processing volume of bioengineering operations requires flow properties of algal mass for effective processing techniques. Chlorella Vulgaris microalgae cultured at 25 • C in Tap media under continuous illumination was considered. It showed an exponential phase of growth up to 8 days and then a stationary phase of growth from 8 days to 15 days. The rheological properties of microalgae biomass during the growth represented power law model. Microscopic analysis showed the influence of shearing on variation of algal structure from clusters to complete cell separation. The flow properties supported the microscopy analysis showing the shear thickening property at high shear rates and shear thinning nature at low shear regime. Optimal power required for the agitation of biomass based on the variations of non-Newtonian viscosity were predicted by considering the vessel geometry.
Full adder is the basic block of arithmetic circuit found in microcontroller and microprocessor inside arithmetic and logic unit (ALU). Improving the performance of the adder is essential for upgrade the performance of digital electronics circuit where adder is employed. This paper described a comparative analysis of double gate 10T and double gate 14T adder at 45nm technology. In this paper we calculate the leakage current, average power and Delay of the designed circuit of 10T and 14T Full adder. 10T double gate full adder achieves 31.25% reduction in active power and 95% reduction in leakage current as compared to 14T double gate full adder. Simulation results of double gate full adder have been performed on cadence virtuoso tool with 45nm technology.
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