Sentence examples for explained by the steady from inspiring English sources

This paper describes simulations conducted on the derived model to explain observation that cannot be explained by the steady extrusion model in practical experiments.

That pattern suggests the difference can be explained by the steady increase in airborne mercury pollution, which precipitates from the atmosphere to Earth's surface.

This condition is tentatively explained by the steady rise in the levels of progesterone and estrogen throughout pregnancy.

The phenomenon can be explained by the different final steady temperature distribution and evolution rate from the initial temperature distribution to the final steady temperature distribution.

This can be explained by the significant and steady decrease in the hemoglobin levels in both groups.

The observed limitations on operating conditions for this coater are explained by the failure of the desired steady-state to exist for all values of the operating parameters.

The gradual increase in temperature for cold simulations, illustrated in Fig. 3c, is therefore explained by the increasing probability of a steady-state changing hop occurring during the 5 s immersion period.

This decrease in pressure drop after reaching the steady state fluidization is explained by the increase of void fraction.

Further, the finding of no interaction between aircraft noise at school and early biological risk could be explained by the transient nature of aircraft noise compared to the steady state sound levels emitted by ambient neighbourhood noise.

The difference in absolute magnitude between the increase in transcription rate and the steady-state mRNA could be explained by the amino acid-dependent stabilization of the TRB3 mRNA as described for some other amino acid-regulated genes [1], [35].

The existence of an extraordinary large number of steady state solutions is explained by the coupling between absorption and reaction: A low temperature gives no reaction, a high temperature prevents absorption of the gas and hence leads to mass transfer control of the reaction, while an intermediate temperature may permit operation at a third (stable) steady state.