Sentence examples for maximum yields for from inspiring English sources

Maximum yields for shea oils were obtained at the highest enzyme concentration.

The maximum yields for glucose and 5-hydroxymethylfurfural were 61.23% and 19.70% in acid and alkaline hydrolysis, respectively.

While maximum yields for mango and shea biodiesels were obtained at about 45 °C that of neem was at about 35 °C, indicating that enzyme activity may also depend on the type of oil involved in the transesterification process.

Maximum yields for 4-m deep canopies were 2885 kg ha−1 at 1-m width and 5-m row spacing, 2400 kg ha−1 at 2-m width and 6-m spacing, and 2050 kg ha−1 at 3-m width and 7-m spacing.

However, the maximum yields for these lines were somewhat lower at 7.2 VE-cadherin+ cells/input H9 hESC, and 9.8 VE-cadherin+ cells/input DF-19-9-11T iPSC.

Percentage conversions of maleimide 1 and acids 4 as well as maximum yields and time taken to reach maximum yields for cyclic products 5 and succinimide 7 were successfully measured.

In order to achieve efficient conversions and hence a maximum yield for the cross-coupling reaction, the various parameters and conditions that may affect such cross-coupling were optimized.

The maximum yield for sunflower oil is found to be about 54.37 wt%, and is obtained when SC-CO2 extraction is carried out at 80 °C, 400 bar, 0.75 mm particle and 10 g/min solvent flow with 5% co-solvent.

This point finds resonance in Ellen's discussion of the symbiosis between level of effort, subsistence techniques and consumption needs, as she explains, 'people generally choose the techniques which yield a given return with minimum effort rather than the maximum yield for a given outlay of effort, unless they are under great nutritional stress' (Ellen [1994]: 219).

The optimized regulated deficit irrigation (ORDI) determines the level of deficit (ratio between actual and maximum evapotranspiration "ETa/ETm") to be applied at each development stage of a crop in order to reach the maximum yield for a certain global deficit at the end of the cropping period.

Many potential applications of the model in practical production are found, such as predicting the distribution of iron impurity with fluctuant crystal growth rate, evaluating the effect degree of production accident, design and optimization of the process parameters and evaluating of maximum yield for raw silicon with different impurity concentration.