Sentence examples for seed preparations from inspiring English sources
All the safflower seed preparations significantly lowered the plasma cholesterol concentration, whereas the plasma triglyceride concentration was only lowered by the supplementation of SSE and SSW.
For synthesis with volumes of 1 L seed preparations was scaled to 30 mL.
Therefore, the thin ZnO buffer layer can less effectively suppress carrier recombination than the thick ZnO buffer layer for sample A, resulting in the maximum loss of V oc (~40 mV). Figure 3 Current voltage plots for ZnO DSSCs based on nanowire arrays prepared by different seed preparation methods.
In this study, we report that the ZnO nanowire films with high aspect ratios and different thicknesses of ZnO buffer layers, which formed at the base of the nanowire films during growth, were prepared from different ZnO seed preparation methods.
From the resulting observations, we can conclude that the high density of the nanowires achieved is attributed to the larger number of ZnO seeds on the FTO surface prepared by several spin-coating times [11, 12], and that, however, this seed preparation method results in a greater variation in nanowire diameter.
This appears a consequence of mechanical damage introduced during seed preparation and crystal growth.
The main aim of the work is to define the effect of Au nanoparticle seed preparation method on its catalytic properties for Cu electroless deposition.
The lower quality of the crystals grown from seeds is most likely the result of mechanical deformation during seed preparation and crystal growth.
In summary, the work presented here shows that the different ZnO seed preparation methods strongly influenced the morphology and density of ZnO nanowire arrays.
The results filled a technological gap for modeling the light distribution of indoor seed preparation of Haematococcus pluvialis under red LED lights.
Addressing the need for examining indoor seed preparation of Haematococcus pluvialis under red LED irradiation, this study advanced a Type II model based on light distribution.
