All of these stability transition behaviors were found by applying the Routh-Hurwitz procedure, whereby the traditional procedure is first applied to the characteristic polynomial of the system, and then again to guarantee the existence of a second-order auxiliary polynomial in the Routh array.
A binary logit model using all gap and lag data was developed, and the gap acceptance behavior was found to be influenced by a gap or lag, and two separate models for gap and lag were developed.
This behavior was found in the experiments by Spencer et al. (2007) and we now discuss this in the article (last paragraph of the "Predicting microbial community dynamics" section).
The extent of anomalous behavior was found to be affected strongly by the CoSO4 concentration, but was less pronounced when Co II) reduction became mass transfer-controlled or the NiSO4 concentration exceeded the CoSO4 concentration by at least one order of magnitude.
Furthermore, pH-sensitive behavior was found in the CS-CDHA nanocomposite by its polyelectrolyte complex nature.
Below such temperature the characteristic step-like behavior of metamagnetic transitions was found by isothermal magnetization measurements, that is generally visible only in highly pure samples.
Moreover, thresholds and performance, as well as unconditioned head-orienting behavior, were found to be affected by the stimulus frequency content.
Similar behavior is found in the unfolding of Ubiquitin by mechanical stretching (Carrion-Vazquez et al. 2003).
A similar behavior is found with Wat137, which is kept nearby by an H-bond donated to the backbone O of Ser72.
