The phrase "a comparable order" is correct and usable in written English.
It can be used when discussing items, situations, or conditions that can be compared in terms of their arrangement or ranking.
Example: "The two products are of a comparable order in terms of quality and price."
Alternatives: "an equivalent order" or "a similar order".
Neopentyl glycol dimethacrylate was polymerized in bulk in the presence of lauryl mercaptan as a chain transfer agent, the primary chain length being reduced to a comparable order in allyl polymerization, and the gelation behavior was compared with diallyl terephthalate (DAT) polymerization as a typical example of multiallyl polymerizations.
Segregation by self-diffusion is shown to take place in three-dimensional assemblies and self-diffusion velocities are shown to be of a comparable order of magnitude to those found in plane-strain situations.
J a / ρ0 should therefore have a comparable order of magnitude.
It is, however, of a comparable order of magnitude to that estimated by densitometry (Fig. S1 A).
A further advantage is the easier identification of candidate RGs expressed at a comparable order of magnitude to target genes.
In this example, the mean values between the genes is of a comparable order, whereas the correlation of the gene set in the treatment condition is reduced.
Types assessed using the short version showed substantive correlations with their parent RIASEC types (all above.87), and the trimmed and 54-item set showed a comparable ordering of types, with a tendency of adjacent types on average showing the strongest correlations.
For the spatial discretization, fourth-order compact finite differences have been used, as these have been found to have better resolution compared to explicit differencing schemes of comparable order.
Finally, we compare the LBE-LES and NS-LES (of comparable order of numerical accuracy) results for HIT and observe that the LBE-LES simulations appear to preserve instantaneous flow fields somewhat more accurately.
Both the compressible and incompressible fluctuation powers ((P_{rm para}) and (P_{rm perp}), respectively) are in comparable order at low frequencies up to (4 times 10^{-3},mathrm{Hz}).
Numerical results demonstrate that the solution to the filtered PN equations are (i) more robust and less oscillatory than standard PN solutions and (ii) more accurate than discrete ordinates solutions of comparable order.
