It is also shown that by increasing the loading severity the timescales become comparable witnessing the simultaneous co-existence of the different damage mechanisms.
The body responds to mechanical loading on several timescales (e.g., [1, 2]), but in vivo measurement of critical parameters such as muscle load, joint reaction force, and tissue stress/strain is usually not possible [3, 4].
Results in Natkanski will help these authors place bounds on expected timescales, loading rates etc. when mapping onto their system.
Results in Natkanski will help the authors place bounds on expected timescales, loading rates etc. when mapping onto their system.
Thus, equilibration between inactive oligomers and active monomeric BiP is poised to buffer fluctuations in ER unfolded protein load on a rapid timescale attainable neither by inter-conversion of active and covalently-modified BiP nor by the conventional unfolded protein response.
This control is a continuous response on the minute timescale to allocate the load change among individual WTs for the purpose of maintaining the system frequency deviation and tie line power flow deviation at zero [41].
However, these timescales may approach the timescales in which changes in Hg loading affects emissions of anthropogenic Hg that is stored from earlier deposition to soils and oceans (~100 years).
The mixes matching generation and load best on daily timescales lie at about 80% wind share, due to the nightly gap in solar production.
For the timescale we are concerned with, IM loads in most power system analyses are treated as variable impedances, which is a good approach for understanding IM loads separately.
These trends were generally in agreement with changes in precipitation, suggesting climatic influences on a decadal timescale, although the changes in sediment load were also related to human activities.
