By using an orthogonal experimental design, productivity related data were derived after each growing season.
Many studies have detected significant effects of changing the number of species in experimental treatments on productivity and other response variables, but interpretation of these results is complicated by difficulties in separating effects of number, identity and relative density of species.
From the experimental results, the productivity of the single slope solar still, CCC-SSSS with crescent absorber, CCC-SSSS coupled crescent absorber with top cover cooling and top cover shaded CCC-SSSS coupled crescent absorber is 2100 mL/day, 2680 mL/day, 2912 mL/day and 1584 mL/day respectively.
Open image in new window Figure 11 Variation of experimental and theoretical productivity for different depths.
While under experimental condition, the productivity of common bean at experimental site has obtained up to 4,517 kg ha−1 (IAR 1997, 1998; Assefa et al. 2006).
At the same time, experimental manipulations of productivity (i.e. fertilization experiments) have often led to the seemingly contradictory position that small-scale PSRs are unimodal (Gough et al. 2000).
There exist modelling and experimental methodologies to meet productivity (conversion and batch time) and product molecular weight distribution (MWD) quality specifications in suspension polymerization reactors.
Statistical experimentation for media optimization provides a time saving approach for enhancing PYT production (Bhavsar et al. 2013) and provides the base experimental conditions maintaining/improving the productivity for scale-up.
In this paper we report a method for experimental measurement of photosynthetic productivity as a function of simulated depth in open pond raceways for algae cultivation.
According to the experimental design, maximum specific productivity predicted was 0.16 g g−1 h−1, obtained at the optimal operating conditions of 40 °C, pH 3.5 and RCC 1.55 g g−1.
