The phrase "alteration time" is correct and usable in written English.
It can be used in contexts related to changes or modifications, particularly in fields like manufacturing, design, or software development.
Example: "The alteration time for the project was extended due to unforeseen circumstances."
Alternatives: "modification duration" or "change time".
In the considered examples, the alteration time varies up to six orders of magnitude as function of specific surface area.
Overall, properly conveying design intent is shown to be positively correlated with design retention and negatively correlated with alteration time.
In addition, we present a generalized kinetic model to estimate the alteration time of glassy fragments in hyaloclastite as a function of grain size, surface roughness, and temperature.
By considering the lowest values of fluid velocity, this concept is also valid at 150 °C if the highest possible values of specific surface area are considered (not presented on Fig. 8, but can be deduced by extrapolation, considering that the alteration time is roughly proportional to the SRF).
When comparing with the alteration times given on Fig. 8, by considering an average fluid velocity of 1°10−6 m/s and a SRF of 6, it appears that the concept of complete dissolution and alteration is only valid for finest grain sizes at temperatures of 300 °C and above.
We further assume that the characteristic time for the transition from the conductive to the non conductive states is much smaller that the characteristic Ca2+ alteration times.
We neglected by the kinetics for the channels of active transport due to the assumption that the kinetics of alterations of active transport are much faster that the characteristic alteration times of passive transport (equation (32) for the Ca2+ currents).
The combination of resting ECG and SA-ECG appears to be the best method of identifying patients showing an alteration over time of the infrahissian conduction time, with excellent sensitivity (100%) and acceptable specificity (75%).
More significantly, the same alterations of time window alter the percentage of output APs that are not associated with an input AP from 7%to20%0% or 3%, respectively (again because a longer time window results in more presynaptic APs being found).
To achieve similar standards in its future expansion, and its inevitable alteration over time, will be a daunting task.
Part (c) of the example shows another common alteration of time value: in a composition in which the long is perfect, a breve (brevis) preceding it may be doubled in value under certain conditions.
