"axial height" is a correct and commonly used term in written English.
It refers to the measurement or distance along the central or main axis of an object or structure. Example: The new bridge has an impressive axial height of 500 feet, making it one of the tallest in the city.
In these experiments we select an axial height in the coflow flame at which to identify the sooting limit.
The temperature was lower than the liquid boiling point in the bottom region, and this difference decreased with increasing axial height.
The evolution of the integral time scales is assessed with respect to Reynolds number, axial height, radial location, and burner diameter.
Finally, to eliminate the rolling defects of uneven axial height distribution of the rolled eccentric ring, the optimization design methods for the ring workpiece and the corresponding rolling conditions are presented.
The free convection during the liquid sensible cooling commenced the nucleation process at all the radial locations of the PCM at a particular axial height, at the same time, without much difference in the onset of the solidification temperature.
The local gas holdup increases with increases of the axial height and superficial gas velocity, and there is a section of accumulation of foam in the upper section of the column.
NO concentration profiles were measured at 4.27 atm using laser-induced fluorescence (LIF) at five axial heights above the burner.
It was observed that the PCM experienced different cooling rates at different axial heights, with the highest rate near the Heat Transfer Fluid (HTF) entry region.
A modelled hollow fiber module was placed in a cylindrical bubble column reactor at different axial heights with the trans-membrane pressure (TMP) monitored under constant flux conditions.
Numerical predictions are presented for the local time-averaged liquid velocity and gas fraction at various axial heights as a function of horizontal or radial position.
Comparison between predicted primary particle size based on the calibrations using the temporal analysis of the LII signal and TEM measurements reveals agreement within the growth region (low axial heights) and very late in the oxidation region (high axial heights) within an ethylene gas-jet diffusion flame.
