This observation also agrees with the QSAR models, which propose that nCt are important in biological activity.
Below we use diopside dissolution rates that span over three orders of magnitude, a wide range of ΔGr and temperature to evaluate these two models which propose distinct dissolution mechanisms.
With this, the present results are more in line with process montitoring models, which propose that dwell times are mostly determined by the time needed to process the fixated stimulus to a certain stage [14] [21], than with global estimation models that assume that dwell times are based on estimates of the required processing, derived from the prior fixation(s) or the previous trial(s) [6] [9].
This is consistent with models which propose QoL as the end-point of active and successful ageing [ 3, 5].
However, our data only accurately distinguish between models in the pore cavity and do not differentiate between models, which propose different arrangements outside of this region.
The free radical theory and the metabolic stability are two competing models which propose proximate mechanisms of the dynamics of aging.
This converges with psycholinguistic models which propose that written word comprehension (in semi-transparent orthographies such as English) is mediated by a phonological as well as a visual pathway (Plaut et al., 1996).
Further, the better fit of the additive model is more in line with the predictions of cumulative risk models, which propose that factors work in an additive way to increase risk for ASD. Figure 2 shows the clear linear relationship between looking time and ASD outcome for both high and low disengagement reaction times.
However, Anderson (2005) noted that RSVP studies using emotional words as stimuli do not directly address predictions from cognitive and neural models, which propose that attentional prioritisation of threat cues should be most apparent for special classes of biologically prepared stimuli, such as angry faces (Öhman, 1996).
These results refined Ernest Rutherford's and Antonius Van den Broek's model, which proposed that the atom contains in its nucleus a number of positive nuclear charges that is equal to its (atomic) number in the periodic table.
Promax rotation was chosen to be consistent with our conceptual model, which proposed that the three domains were interrelated [ 26].
