The phrase "a function of production" is correct and usable in written English.
It is typically used in economics to describe the relationship between inputs and outputs in the production process.
Example: "The firm's output is determined by a function of production that includes labor, capital, and technology."
Alternatives: "production function" or "output function".
The estimated investment and variable costs are translated to fixed expenses, profit, and warranty as a function of production volume.
Numerous research efforts have been directed towards the development of viscosity models that are capable of accurately predicting crude oil viscosity as a function of production data, and/or composition of well stream fluids, if available, using equation of State.
Unit production cost became a function of production rate.
Joswiak said that for right now, sales are limited by output, so the ratio of 6 sales to its larger sibling is a function of production.
In such models the flow between zone i and zone j is a function of production and attraction measures of zone i and zone j and some measure of distance or (generalised) transport cost in order to account for the fact that the transport distribution is sensitive to changes in transport costs.
Findings from two of these three studies indeed show that there are differences in the plant developmental biology as a function of production system, which are relevant in the context of agricultural practices.
The Y model is based on a simple production function, where quantity of production is expressed as a function of output prices, input prices, and other firm characteristics.
The unit production cost is also taken as a function of the production rate, as the machine can be operated at different production rates resulting in different unit production costs.
These results suggest that DNAm changes in cord blood nRBCs occur dynamically as a function of nRBC production and maturation, thereby revealing an additional level of functional complexity to consider in whole-genome DNAm analyses of nRBCs.
The second paradox concerns the population growth rate of both cell types as a function of metabolite production efficiency.
The second is a series of global maps of net climate forcing from biomass deployment, as a function of biofuels production technologies, efficiencies, and time horizon.
