The framework extends current approaches by explicitly considering temporal aspects of system responses to disruptions, volatility in system performance data, and the possibility of multiple disruption events.
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The transient current response to disruption of passive film is investigated using the single particle impingement technique.
This paper is concerned with the resilient design and operations of process systems in response to disruption events.
Preliminary experiments have shown that the EHR is resilient in response to disruption of some of those regulatory factors.
Interestingly, the higher susceptibility of SCLC cells to phenothiazine-induced cell death correlated with an intrinsically lower buffer capacity in response to disruption of lysosomal homeostasis.
In this context, cytotoxicity was due to phenothiazine-induced lysosomal dysfunction and the higher susceptibility of SCLC cells correlated with an intrinsically lower buffer capacity in response to disruption of lysosomal homeostasis.
Considerable mechanistic evidence indicates that hormetic effects represent overcompensations in response to disruptions in homeostasis that are mediated by agonist concentration gradients with different affinities for stimulatory and inhibitory regulatory pathways.
