Phase inversion under poorly mixed conditions has been studied by determination of the minimum power input necessary to maintain an organic-continuous phase.
The authors found that a minimum power density of 54 MW m−3 was necessary to reach temperatures of 400 °C for particles with an average size of 600 μm at the minimum fluidization velocity (0.38 ms−1).
Note that for numerical reasons, it may be necessary to specify a certain minimum power per beam P b min instead of allowing beam powers to be reduced to zero.
Thus, performing power calculations during or after data collection is not necessary in this replication attempt as all studies included are already designed to meet a minimum power or are identified beforehand as being underpowered and thus are not included in the confirmatory analysis plan.
Minimum switching activity leads to minimum power consumption.
They are the minimum unbalanced power, the minimum power flow impact and the minimum net power flow impact.
Putting the probe to sleep will draw minimum power.
The minimum power of the statistical test was 80%.
Analysis of the statistical test power was verified with a minimum power of 0.86.
As the level shifter in multi-VDD system imposes additional power consumption and propagation delay, it is necessary to optimize the level shifter circuit for minimum power-delay product (PDP) to obtain the potential benefit of using multiple power supply.
