The phrase "assessing power" is correct and usable in written English.
It can be used in contexts where you are evaluating or analyzing the strength, influence, or capacity of something, such as a system, organization, or individual.
Example: "The researchers are assessing power dynamics within the organization to understand how decisions are made."
Alternatives: "evaluating influence" or "analyzing strength".
The issue became an aspect of the perennial debate between a realism stressing the importance of assessing power relationships and an idealism conflating moral impulses with historical inevitability.
The continuation power flow (CPF) is an important tool for assessing power system voltage stability [7, 8, 9].
When assessing power and pinch strength the effect of other concomitant conditions such as degenerative joint disease on strength needs to be considered.
The authors recommended further investigation into different methods of assessing power, pinch grip and manual muscle testing including the use of handheld myometry for manual muscle testing of thenar muscles and over a longer follow-up period than 12 weeks.
The event rate was approximately 23.6% in the control arm for all scenarios, except for a sample size of 100 where we used an event rate of about 30.1% in order to ensure an adequate number of events occurred in the treatment arm when assessing power.
DOI: http://dx.doi.org/10.7554/eLife.06513.010 We evaluated the potential frontal predominance of alpha power by assessing power spectra differences between frontal (FPz) and occipital (Oz) electrodes for infants 0 3 months of age and for infants 4 6 months of age.
Secondary arc current and recovery voltage are investigated at first by an analytical approach, assessing power-frequency quantities on a simplified equivalent circuit model of MLs.
The Cognitive Drug Research computerised assessment battery was used to assess Power and Continuity of Attention, Quality of Episodic and Working Memory, Speed of Memory, and mood.
The second assessment scale was the UL part of motor index scale (UL MI), which assesses power and range of the following movements: shoulder abduction, elbow flexion, and pinch between the thumb and index finger.
Based on such feedback realization, digital signal processing is programmed to numerically assess power ratings of active designs.
In this paper, it is proposed an approach to assess power system operation security for multiple contingencies using a multiway decision tree (MDT).
