The phrase "a weaker temperature" is correct and usable in written English.
It can be used in contexts where you are comparing temperatures, indicating that one temperature is less intense or lower than another.
Example: "The experiment showed that the reaction occurred at a weaker temperature than previously recorded."
Alternatives: "a lower temperature" or "a milder temperature".
Cesium column transport at 225 °C indicated a weaker temperature dependence, and unlike Li+, its exchange decreased at higher temperatures.
The log term in Equation 4 results in a weaker temperature dependence than that in a 3D Fermi liquid (∝T2).
The greatest temperature response was found for anaerobic CH4 production (Q10 = 6.8), and CH4 consumption (mesic conditions, Q10 = 2.7), while CO2 production showed a weaker temperature response (Q10 < 2) across the three moisture treatments.
A weaker temperature dependence is found in the k values compared with that of G, which is resulted from the inconsistent variation of thermal transport in single materials and across the interface with temperature.
KO1/KO2 was not significantly different from KO1, wgI-12/KO2, perhaps because wg I-12 is a weaker, temperature sensitive allele.
In the high temperatures range, the nanowires exhibit a positive temperature coefficient of resistance and a weak temperature dependence.
The holes concentration ranged from 1 × 1012 to 1 × 1013 cm-2 at low temperature, with a weak temperature dependence.
In the high temperatures range, 77 300 K, the nanowires exhibit a positive temperature coefficient of resistance and a weak temperature dependence, a typical metal-like character.
At low fields, the current is limited by space charge effects with a weak temperature dependence which is believed to be due to the quantum dot size distribution.
A weak temperature dependency of χ has been observed which revealed that the phase behaviour in LN4 is mainly controlled by the entropic term.
