The phrase "a much larger temperature" is not correct in standard English usage.
It is typically used in contexts discussing temperature differences or comparisons, but the adjective "larger" is not appropriate for temperature, which is measured in degrees.
Example: "The forecast predicts a much larger temperature increase this summer compared to last year."
Alternatives: "a significantly higher temperature" or "a considerably warmer temperature."
This also means that even a future grand solar minimum could not offset the much larger temperature rise caused by anthropogenic greenhouse-gas emissions [ 18, 19].
While obviously much larger temperature steps are used for the T-history method and the power is determined by a differential approach, the essence of the methods is the same.
A much larger Curie-Weiss temperature of θ≈−175 K [26], reflects the large magnetic frustration in the system [27].
Sodium's low melting point (97.7 °C) and high boiling point (873 °C) allow for a much larger range of operational temperatures.
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.
Comparisons to previously reported data for the H2O-rich phase and the recent mixing model of Gernert and Span show the resulting corresponding state mixing parameters can be utilized for a much larger range of H2O concentrations, temperatures up to T = 673 K and pressures up to p = 100 MPa.
Our findings demonstrate that two of the most prevalent environmental cues, light and temperature, share a much larger set of signaling components than previously assumed.
The ribosomal RNAs and transfer RNAs of prokaryotes living at high temperatures contain a much larger GC-fraction in their stem regions compared to homologs from prokaryotes living at more moderate temperatures [ 4, 8], likely because G-C pairs (with three hydrogen bonds) are more stable to thermal fluctuations than A-U pairs (with only two hydrogen bonds).
This led to the initiation of a much larger multicenter RCT to compare two targeted temperature regimens (mild hypothermia of 33 °C versus near normal body temperature of 36 °C) in 939 unconscious survivors of OHCA of presumed cardiac cause after sustained return of spontaneous circulation.
This can also lead to heat damage and a much larger weld affected area, as high temperatures must be applied for much longer periods of time to deposit the same amount of filling materials.
