Sentence examples for cut diameter from inspiring English sources

The experimentally determined 50% cut diameter for the first stage was 25.5 μm, while the second stage had a slightly higher 50% cut diameter of 29 μm.

Using chaos theory, a equation of cut diameter is obtained, and then verified by experiment.

The cut diameter is found to be independent of the type of regime, pulsating or non-pulsating.

It is found that the equation of cut diameter can be used for the design optimal for the electrocyclone separator and improve its performance.

Empirical expressions were obtained to predict the total separation efficiency, flow ratio, capacity and cut diameter of the equipment as a function of the operating conditions.

As expected, the 50% cut diameter decreases and the decline in pressure is seen to become larger as the flow rate increases for all cyclones tested.

Stages three, four, and five had 50% cut diameters of 17.5, 10.5, and 4.5 μm, respectively.

These are comparable to the design 50% cut diameters of 30, 25, 15, 10, and 4 μm.

To determine the populations of drops that are collected during operation, numerically predicted and experimentally measured 50% cut diameters and collection efficiency curves were generated.

For all stages, the efficiency curves derived from trajectories based on mean continuous phase velocities overestimate the 50% cut diameters and have unrealistically steep slopes when compared to the experimental calibration results.

Cutting diameter only increased minimally over the course of the experiment and was not used to investigate the effects of defoliation or other factors.