The phrase "a flux for" is correct and usable in written English.
It can be used in contexts where you are discussing a flow or change in a particular area, often in scientific or technical discussions.
Example: "The researchers identified a flux for energy transfer in the new material they were studying."
Alternatives: "a flow for" or "a change for".
A sintered or pelletized feed consisting of coke (for fuel), limestone (as a flux for slag making), and iron oxide is charged into the top of the furnace through a double bell or rotating chute, and heated air is blown in through nozzles, or tuyeres, close to the furnace bottom.
For the first time, yttrium tin oxide (Y2Sn2O7) compound is prepared at low temperature (400 °C) with cubic pyrochlore structure via molten salt method using KOH as a flux for their electrochemical applications.
Its fusing quality is also important as a flux for producing ceramics, enamels and glass.
Sodium borates are used as a flux for soldering silver and gold and with ammonium chloride for welding ferrous metals.
When used as a flux for welding or soldering, metallic lithium promotes the fusing of metals during the process and eliminates the forming of oxides by absorbing impurities.
The result that most active metabolite nodes are essential is complemented by the observation that according to FVA, only 76 of the 552 active reactions (14%) are nonessential, i.e. most of the active reactions need to carry a flux for optimal biomass production.
Currently, there are two tools available, allowing to: Calculate the maximum possible value of a selected flux, for a range of fixed values for the biomass flux (typically varying from 0 to 100% of its value in the wild-type strain); Calculate the maximum and minimum limits for all fluxes in the model, given a constraint imposed by a user-defined minimum biomass value.
We demonstrate the application of constraints by calculating a flux distribution for an example yeast network.
Since supp u k) is a flux pattern for all k, this is a contradiction with F being an EFP.
We demonstrate the application of constraints by calculating a flux distribution for the central metabolic and amino acid biosynthesis pathways of yeast.
These tables allow discriminating the response of the mammary gland to the two treatments without requiring selection of a flux distribution for reactions in the metabolic network.
