Reischl et al. (Reischl, Roesch, and Machulla, 2002) irradiated a 95.6% enriched solid 86SrCO3 target with 15.1 MeV protons which resulted in average production yields of 48 MBq/μAh with a radionuclidic purity of > 99% at EOB.
Based on average dry matter yield, total production area needed for annual harvesting was estimated.
To determine the effect of salts on ethanol production, metabolic yields and average volumetric production rates of ethanol were calculated.
The modified Ratkowsky model can be used to describe the combined effects of the temperatures and initial pH on the substrate degradation efficiency, hydrogen yield and average hydrogen production rate.
The analysis showed that the neural network could successfully describe the effects of temperature, initial pH and glucose concentration on the substrate degradation efficiency, hydrogen yield and average hydrogen production rate of this study.
Regarding yields per entire tree, the average estimated fig yield for female trees, YF, indicated that 98.13, 1.06, and 0.08 % of the fig production was located on the twigs, trunks, and branches, respectively (Fig. 3).
Conversely, the average estimated fig yield for male trees, YM, indicated that most of the fig production was from the trunks (61.38 %), with no production from the twigs.
Average dry bean yield in most developing countries are very much less than that of potential, indicating that common bean production could be improved by increasing yields per unit land area (Yan et al. 1995).
