The phrase "accuracy of the order" is correct and usable in written English.
It can be used when discussing the precision or correctness of an order, such as in a business or logistical context.
Example: "We need to verify the accuracy of the order before it is shipped to ensure that all items are correct."
Alternatives: "correctness of the order" or "precision of the order".
The model was able to predict the water distribution with an accuracy of the order of ±10%.
However, the accuracy of the order tracking is often inadequate and the time-varying speed is sometimes not measurable.
The new performance demands a wire travelling speed up to 20 m s−1 and a position measurement accuracy of the order of 1 μm.
We have developed also an analytical model which describes the cylinder's resonant behaviour with a fractional accuracy of the order of ± 10 − 6.
The reference position of the antenna array was computed using the outputs of SPAN™ LCI unit, which provides ultra-tight GNSS-INS solution with accuracy of the order of at least a few decimetres.
In the current work, a homemade DIC code based on a normalized cross-correlation function was used to obtain displacement fields with accuracy of the order of ±0.01 pixels.
After about 6 iterations, the PF achieves a localization accuracy on the order of the lattice spacing Δ r.
The Mokken scaling analysis in R investigates whether item response functions intersect and Htrans (denoted HT) is used to investigate the accuracy of the ordering of the resulting item set [ 15]; values > 0.3 are considered acceptable [ 16].
The Mokken scaling analysis in R investigates whether item response functions intersect and Htrans (denoted HT) is used to investigate the accuracy of the ordering of the resulting item set; values > 0.3 are considered acceptable.
For example, calculations of the Coulomb matrix and the Hartree Fock energy for the CH4 molecule, with a pseudopotential on the C atom, achieved accuracies of the order of 10−6 hartree with a grid-size n of several hundreds.
This paper highlights the influence of various predominant factors of EMM such as controlled material removal, machining accuracy, power supply, design and development of microtool, role of inter-electrode gap and electrolyte, etc. EMM can be effectively used for high precision machining operations, that is, for accuracies of the order of ±1 μm on 50 μm.
