Sentence examples for modification at different from inspiring English sources

So, the equivolume immersion method was used for WSAC modification at different KIO3 concentrations.

Figure 6b shows the statistic histogram of PCE for the device without and with the CH3NH3I modification at different concentrations.

Modification at different temperatures (23 80 °C) has been investigated to adjust the surface properties and pore structures of SAPO-11.

The 4-carboxyphenyl modification at different electrode surfaces was confirmed by cyclic voltammetry, contact angle measurements, atomic force microscopy, and X-ray photoelectron spectroscopy analysis.

Open image in new window Fig. 5 Adsorption breakthrough curve of modified activated carbon by KIO3. Figure 6 is the sulfur capacity of WSAC before and after modification at different modifier mass fractions.

Necessary epigenomic reprogramming of histone modification at different stages of cell development is affected by the activation of histone and lysine-specific demethylase enzymes (Table  18).

While the novelty of the manuscript lies in the enhancer analysis before transcription begins, the authors spend quite a deal on well-studied areas such as the role of H3K27me3 or the differences in nucleosomes and histone modifications at different gene classes (see below).

Three modifications at different disaggregation levels are tested in this investigation (uniform splitting at Δt = 15 min, linear interpolation at Δt = 7.5 min and Δt = 3.75 min).

Based on their successive synthetic modifications at different points in the scaffold structure of noscapine, aided by computational design and structure activity relationship studies, the derivatives of noscapine have been classified into different "generations" based on modifications.

The uniqueness of this special diversified rapid maxillary expansion appliance was highlighted by a series of reconstructions and modifications at different stages of the treatment to reinforce the anchorage.

The structural modifications at different stages of milling have been characterized in terms of several microstructure parameters like, particle size, microstrains, stacking faults, dislocation density, etc. and quantitative estimations of individual phase have been made by employing Rietveld's powder structure refinement methodology.