The phrase "acceptable approximate" is correct and usable in written English.
It can be used when discussing a value or estimate that is considered satisfactory or reasonable within a certain context.
Example: "The measurements we obtained were not exact, but they provided an acceptable approximate for our calculations."
Alternatives: "reasonable estimate" or "satisfactory approximation".
The new methodology is simple and direct, and produces more than acceptable approximate results.
(hat{w}^{k}=(hat{x}^{k},hat{y}^{k},hat{lambda }^{k})) is an acceptable approximate solution.
The calculated slope of 0.682 from this relationship compares favorably well with the generally acceptable approximate relationship: TDS (mg/L) ≈0.556 0.833 EC (μS/cm) (Hem 1985).
On the other hand, we observed that 48 angular divisions for the highest resolution level are sufficient to obtain an acceptable approximate alignment.
One of the basic goals in computational topology is to create computer generated procedures for obtaining representations of objects having the same shape at least in some acceptable approximate sense as a given geometric object.
For these blood parameters the developed calibration curves where characterized by a RPD lower than 2, which is considered to be the minimal threshold for acceptable approximate quantitative predictions.
Recent studies in our laboratory have suggested that it may be acceptable to approximate the shape of a single chondrocyte as a disc.
To develop a composite indicator with acceptable quality and approximate characterisation of the state of a physical asset, it is essential to deploy a well-structured guideline that addresses the core issues.
For instance, standardised case analysis has been demonstrated to be an acceptable method of approximating actual clinical practice for general practitioners (respiratory illness [ 18] and gastroenteritis [ 19]) and for specialists (rheumatologists [ 20]).
The algorithm combines a fine solver that solves the system to acceptable accuracy with an approximate coarse solver.
In absence of recorded strong ground motions at various intensity levels required for a proper earthquake resistant design, a theoretical earthquake input motion description is conceived and on this basis a stochastic model for predicting site-dependent response estimates, in an approximate but acceptable form for practical design purposes, is formulated.
