Sentence examples for considerably more experimental from inspiring English sources
Mindful that fall and winter -- and particularly Christmas -- are optimal seasons for the warmth and earthiness of chestnuts savory or sweet, and that 19 years had passed since that "friend" brought my son's culinary world (and belief in his father's taste) crashing all around, I decided to spring the cake on Frank's considerably more experimental palate once more.
This allows for considerably more experimental data to be used.
Early 2017 is the target for a consumer release with revised hardware, by which time there will also be considerably more experimental data and scientific reportage — or, at least, that's the plan.
While this procedure now has a considerably greater success rate, its development in the 1970s was considerably more experimental and hence dangerous [ 41].
Thus, targeting HIF-1α in an articular disorder such as RA remains a conceptually challenging proposition requiring considerably more experimental data.
The use of 100 ng of this sample would be equivalent to adding 200 copies of the transgene sequence, considerably more than the experimental input of 10 copies.
We contend that this is particularly important in studying PFC and other areas distant from sensory input or motor output, whose relationship to experimental variables may often be considerably more complex than the experimenter envisaged (Rigotti et al., 2013).
Recent computational studies 30 suggest that the reduction potential for aryl radicals to form aryl anions is about −1 V vs. SCE, which is considerably more negative than the original experimental estimate, 31 but this potential would still be easily reached by donor 1.
Separate analyses on the relatively weak and the relatively good group showed that in the weaker half, the experimental group made considerably more progress than the control group, F 1, 26) = 17.86, p < 0.001, d = 1.66, while in the relatively good-performing half, the progress did not differ between the conditions.
The more experimental MOX process is considerably more hazardous and complicated with numerous opportunities for plutonium diversion - beginning with the removal of a plutonium "pit" (about the size of a grapefruit) from a defunct nuclear warhead.
The resulting estimates of individual plasticity are considerably more natural than those derived from the experimental laboratory-based approach mentioned above.
