The phrase "a considerably lower temperature" is correct and usable in written English.
It can be used when comparing temperatures, particularly in scientific or technical contexts where a significant difference in temperature is being discussed.
Example: "The experiment was conducted at a considerably lower temperature than the previous trials, resulting in different chemical reactions."
Alternatives: "a significantly lower temperature" or "a markedly lower temperature".
Similarly, bottom water is formed in winter to the north of Iceland, but this has a considerably lower temperature, about 30 °F (−1 °C).
RESET transition from LRS to HRS generally has higher temperature associated with it across the device, while the SET transition has a considerably lower temperature.
As can be seen for all three samples, the deviation of the DSC curve from the base line starts already at a considerably lower temperature.
This process operates at considerably lower temperature than conventional methods and provides an opportunity to simultaneously extract the target analytes from their matrices by adding the extracting solvent in the initial steps of the dissolution; this process greatly reduced the time of analysis and the loss of analytes via vaporization.
After co-doping, the alloy thin film embedded resistor materials exhibited considerably lower temperature coefficient of resistance (TCR), larger sheet resistance and higher corrosion resistance comparing to the NiCr alloy thin film embedded resistor materials.
In comparison with the parent PrAlO3 compound, in which transformation to the cubic perovskite structure occurs around 1770 K [4], the R ( overline{3} ) с − Pm ( overline{3} ) m transition in Pr0.5Sr0.5Al0.5Ti0.5O3 takes place at considerably lower temperature of 930 K.
The temperature-induced structural phase transition R ( overline{3} ) с − Pm ( overline{3} ) m in Pr0.5Sr0.5Al0.5Ti0.5O3, detected at 930 K by in situ high-temperature X-ray synchrotron powder diffraction, occurs at considerably lower temperature as the corresponding transformation in the parent compound PrAlO3 (1770 K).
The local injection of substances that have a considerably lower ionization temperature than air into the airflow – flow seeding – leads to stronger local ionization levels at relatively low hypersonic speeds, amplifying the magnetic effects for the same imposed magnetic field intensity.
The present work demonstrates that similar type of hexagonal ZnO disks can also be prepared at a considerably lower deposition temperature and with very short deposition time.
29 Our results, in line with studies of broader outcomes, suggest that myocardial infarctions may be triggered at considerably lower temperatures, and we observed a larger heat-myocardial infarction association on the first day of a hot spell than after sustained high temperatures.
