"flux without" can be a correct and usable part of a sentence in written English.
It is used to describe a situation or state where there is a constant change or instability without a specific cause or direction. Example: "The stock market is in a state of flux without any significant news or events affecting it."
Movement-in-substance is not universal change or flux without direction, the product of conflict between two equally powerful principles, or a reflection of the nonbeing of the world of nature when measured against the world of permanent forms.
The solid line labeled "w/o threshold" shows the model flux without the threshold.
The membrane exhibited a stable oxygen flux without showing significant flux degradation.
Thus, the applied electric current can increase flux without decreasing selectivity.
More importantly, this thermal ground cloak is designed to exclude heat flux without knowing the information of the cloaked object.
This allows using wide-pore membranes that have a higher flux without suffering a loss in protein recovery.
Low molecular weight cutoff membranes showed stable permeate fluxes without the need for intermittent cleaning, characteristic of systems with low degrees of internal fouling.
Moreover, it is difficult to measure fluxes without disturbing the physical soil environment and/or the biological processes that produce the fluxes, leading to frequent concerns that observed results are artifacts of a particular method (Groffman et al. 2006).
This paper presents a novel approach for minimizing magnetic inrush current to a level as low as no load current during controlled energization of coupled un-loaded power transformers in presence of residual fluxes without employing load side voltage measurements.
Both methods utilize the transverse update technique developed in the 2D USM algorithm to account for transverse fluxes without solving intermediate Riemann problems, which in turn gives cost-effective 3D methods by reducing the total number of Riemann solves.
Energy dispersive X-ray spectrometry shows that the average Mn concentration can be raised from 0.4 to 1.8% by increasing Mn fluxes without formation of secondary phases resulted in a notable enhancement of the saturation magnetization as well as coercive force in these nanorods.
