The phrase "a much larger deviation" is correct and usable in written English.
It can be used when discussing differences or variations that are significantly greater than expected or previously noted.
Example: "The recent data shows a much larger deviation from the predicted results than we anticipated."
Alternatives: "a significantly greater deviation" or "a considerably larger variation."
A much larger deviation of the estimated relative mobility from the observed relative mobility was observed for free sulfate, which may be due to much stronger counter-ion interaction during electrophoresis.
A closer look, case by case, at the GABA decrease and the UPDRS scores in both sub-groups (LD, alias melevodopa, and DBS; Figure 4) allows to recognize the homogeneity of the response following the drug challenge, whereas the DBS response features a much larger deviation.
In contrast, Sedelnikova et al. (2008) found [ 35], by comparing two groups with a much larger deviation (21 30 years vs. 60 72 years) in age than in our study, that the fractions of cells containing γ-H2AX foci in older (60 72 years) individuals was higher (about 30%%) than in younger individuals (about 20%%).
A much larger standard deviation was seen at almost all landmarks in the Y direction as compared to the X direction.
Although there were no significant differences in mean daily body temperature between mice on CR or RF (Kruskal-Wallis test), we noted that mice on an RF diet exhibited a much larger standard deviation in daily temperature, ranging from 1.35 to 2.32 degrees during days 3 to 14 of special feeding.
However, the rmsd statistics collected for Arno after superimposing on Arf1 showed much larger deviations, as seen in the last column of this Table.
The ear base positioned transponders T1) and T2) showed readings closest to the rectal temperatures, displaying differences around 1°C. Transponder data from the ischio-rectal region, T3) and T4), showed much larger deviations from rectal temperatures, with differences of more than 2.0°C.
Moreover, deviations on R o have a much larger effect on the bond-valence sums than deviations on B. As a result, it is much safer to fix B to a reasonable value (such as the mean value of 0.399 Å) rather than fixing R o, when dealing with uncommon cations observed in only one coordination.
It is but a small part of a much larger and more complex picture in which deviation, volatility and the body are explored along largely formal, abstract lines, with eccentric, often liquid materials reigning supreme.
