Sentence examples for transformations as a function of from inspiring English sources

The results show that the model estimates the product quality and its transformations as a function of dough composition, baking and storage condition.

The obtained results provide an accurate baseline for the quantitative study of the martensitic phase transformations as a function of the thermal history in these alloys.

Figure 2 also summarizes the transformation as a function of temperature for 1-h heated samples.

The evolution of the static structure factor S Q) has been monitored during the liquid to solid phase transformation as a function of the cooling rate.

Up to now, the ageing kinetics of zirconia ceramics were mainly derived from the sigmoidal evolution of the surface phase transformation as a function of time, as quantified by means of X-ray diffraction (XRD).

This Fe B alloy undergoes a series of phase transformation as a function of increasing temperature; the major ones among them are the dissolution of Fe2B-lower boride in the matrix through a eutectic type reaction, which results in the formation of the first traces of liquid at 1500 K/1227 °C.

Correlation of the resistivity temperature time data with microstructure allowed the determination of the cooling velocity range in which the massive transformation takes place, the reaction temperatures of this transformation as a function of cooling rate, and the growth rate of the massive γm phase as a function of undercooling below T0.

By linking soil residence time to P fractions in soils and parent material, we show that the traditional concept of P transformation as a function of time has limited applicability to hillslope soils of the western Southern Alps New Zealandd) and Northern Sierra Nevada (USA).

The CCLD and kinetic modeling analysis indicates that the stability of RA inside BF is less sensitive to the testing temperature than RA inside polygonal ferrite (PF), and thermodynamic analysis of the driving force for transformation as a function of temperature and carbon content implies that there is a higher carbon content in RA inside BF.

The G′ and G″ measured over the cooling and heating cycles (Fig. 4a) confirms that shellac oleogel shows reversible gel to sol transformation as a function of temperature.

Figure 3 shows three curves that are the values of λ α(t T) for the 3 constraints (or gene expression patterns) contributing most to the process of transformation, as a function of time.