The phrase "ascribed to the method" is correct and usable in written English.
It can be used when attributing a particular quality, characteristic, or result to a specific method or approach.
Example: "The success of the experiment can be largely ascribed to the method employed in the data collection process."
Alternatives: "attributed to the method" or "assigned to the method".
The discrepancy in the postmortem decay between our and the previous data (Hur et al, 2008) would be ascribed to the assay method: the latter are based on the activity measured by using endogenous (raft-bound) substrate that is also susceptible to proteolytic degradation (Hur et al, 2008).
We observe that the non monotonic features that are visible in the region (1.45 lesssim t/Omegalesssim1.8) have to be probably ascribed to the inaccuracy of the method at small m values.
These results can be ascribed to the fact that AS-gradient method is more effective in developing crystalline complexes than pH-gradient method due to higher crystallizability between the ionized DOX and the counter ions inside the nanoliposomes [31, 32].
This may be ascribed to the difference in the treatment methods and conditions [ 14], the raw materials, and the test methods [ 12], as well as the detection error.
Consequently the main contribution to the performance improvement provided by our method can be ascribed to the fact that it takes into account the problem of the occlusions of the persons by means of points density.
However, the slight difference between the catalyst performances might be ascribed to the different immobilization target area of each method.
The discrepancies between the velocities observed using the HF Doppler and GPS-TEC methods can be ascribed to the GPS-TEC being primarily sensitive to the fluctuations around the peak of the ionosphere, whereas the HF Doppler sounding senses lower heights.
Hopper's vaunted fidelity to a particular style, subjects and method may also be ascribed to the American sense of being right while the rest of the world is wrong.
The Raman signal enhancement that makes this method attractive is usually ascribed to the noble metal nanoparticle (NMNP) arrays which can extremely amplify the electromagnetic field near NMNP surface when localized surface plasmon resonance (LSPR) mode is excited.
The answer depends, among other things, on the cost of alternative disposal methods and the value ascribed to the environmental benefits.
