Sentence examples for decay tendencies from inspiring English sources

Charge decay tendencies of normal thin PS films are well-defined exponential curves.

Both linear and very sharp decay tendencies are obtained when the temperature increases from room temperature (298 K) to 328 K.

The middle chalcogens (selenium and tellurium) have similar decay tendencies as the lighter chalcogens, but their isotopes do not undergo proton emission and some of the most neutron-starved isotopes of tellurium undergo alpha decay.

Previous analyses on average fitness decay tendencies were found not provide support to the presence of a deterministic relationship between increasing network complexity and the epistatic nature of the regulatory networks, as oppossed to those findings reported in [40].

The major findings in this study can be summarized in the following points: 1) Analysis of average fitness decay tendencies to successively accumulated mutations showed that positive epistasis prevailed in ensembles of functional networks, whereas in ensembles of arbitrary networks negative epistasis was the dominat tendency.

The predicted data for rutting resistance can be considered essential data for the MEA method to investigate the decay tendency of the rutting of asphalt pavement in its design life.

This is the drastic decay in the tendency to assemble FFLs when the Y element is a hub regulator.

The pseudo first-order rate constants for decolorization obtained from absorbance decay also showed similar tendencies, but they were not useful to describe the comparative total decolorization of azo dye solutions because of the slower and parallel destruction of colored conjugated intermediates formed during the electro-Fenton treatment.

The channel beds were covered with crushed coal — which has half the specific gravity of sand — or with walnut shells, which were thought to be better replicas of channel-protecting rock but had an unfortunate tendency to decay, releasing gas bubbles.

From the histogram, we can observe a symmetrical tendency towards decay to both sides.

ALT is the length of time that a gas will remain in the atmosphere based on its decay rate and its tendency and likeliness to react with other gases.