The required conditions for yield to occur at a triple junction include (1) an appropriate slip-plane inclination relative to the grain boundaries at the junction; and (2) at least one grain boundary of appropriate character, adjacent to the slip plane specified in item 1.
To get the best operating condition for propylene yield, optimization of the unit is necessary.
The optimal condition for the yield of polysaccharide was extraction time 3.74 h, extraction temperature 93.90 °C and ratio of water to raw material 40.22.
Response surface methodology (RS M based on a factorial Central Composite Design (CCD) was employed to identify the optimum condition for lignin yield.
The optimal extraction condition for oil yield within the experimental range of the variables researched was at 19 MPa applied pressure, 90 °C pressing temperature, and 3.8% (w.b).
The optimal condition for astaxanthin yield within the experimental range of the variables studied was at 70 °C, 50 MPa, and 4 h.
All of the main important parameters including temperature, feed content and reaction time were studied to observe the variation of gaseous products and to determine the optimum condition for hydrogen yield.
The optimal conditions for efficient yield of polysaccharide, giving a maximum yield of 8.43%, were: X1 = 30.24 min, X2 = 600.6 W and X3 = 40 mL/g.
Differently, Ruangmee and Sangwichien [ 46] showed that at the optimal conditions for glucose yield (552.9 mg/g substrate), the xylose yield (74.0 mg/g substrate) was much lower.
There was an overall moderate positive correlation between the number of B. napus-specific AFLP markers and seed yield and vegetative biomass under non-competitive conditions: for seed yield vs. marker number (r = 0.5, P < 0.0003) and vegetative dry biomass vs. marker number (r = 0.4, P < 0.005. The statistical significance can be accounted for by GT1 hybrids (Table 1).
