The phrase "analyses of the time" is correct and usable in written English.
It can be used when discussing evaluations or examinations of a specific period or era, often in historical or sociological contexts.
Example: "The analyses of the time reveal significant shifts in societal norms and values during the 1960s."
Alternatives: "examinations of the period" or "evaluations of the era."
The analyses of the time series and residue ratio of pollutant concentration show that the inflow turbulence intensity significantly affects pollutant concentration in the street canyon.
Analyses of the Time 2 RTs demonstrated that aspects of memory-search performance were related significantly both to subjects' initial (Time 1) level of fitness and to age, but not to the amount of change in fitness associated with aerobic exercise training over this 12-week duration in this age group.
Analyses of the time intervals from collapse to the start of bystander CPR and from collapse to the call to EMS were limited to those with an interval of ≤60 min. We measured outcomes in terms of 1-month survival and favorable neurological status at 1 month in the three age categories.
Our analyses of the time course of SWA changes after paired associative stimulation at 25 ms only partly support this phenomenon during the first NREM cycle.
Analyses of the time to need of nursing care revealed similar results.
For detailed analyses of the time period surrounding seizures, epochs were taken from 30 min prior to seizure onset, until 15 min post, data permitting.
Most of the actual formulas available in both scientific literature and seismic codes for the damping reduction factors to be used for the seismic design of highly damped structures are derived through statistical analyses of the time-history response of SDOF systems subjected to earthquake accelerograms.
Based on the transmission electron microscopy and the powder X-ray diffraction analyses of the time-dependent products, a mechanism of facet-preferential chemical etching of Fe3+ ions to the pre-synthesized Co3O4 nanocubes is proposed for the formation of Co3O4 cubic nanoframes.
We thank Vesa Kiviniemi, Department of Statistics, University of Kuopio, Finland, for advice on the statistical analyses of the time-frequency plots and Prof. David Perrett, School of Psychology, University of St. Andrews, UK for the face stimuli.
Such design ensured sufficient follow-up for statistically relevant analyses of the time-to-event endpoints.
