The phrase "a mild temperature" is correct and usable in written English.
It can be used to describe a temperature that is neither too hot nor too cold, often in the context of weather or climate.
Example: "The forecast predicts a mild temperature this weekend, perfect for outdoor activities."
Alternatives: "a moderate temperature" or "a temperate climate."
An ultrasound-assisted procedure was applied to the extraction of hemicelluloses from grape pomace at a mild temperature (20 °C).
The aminofunctionalised aerogels exhibited a low heat of adsorption and consequentially a mild temperature increase during the adsorption process.
Finally, a preliminary desorption test via a mild temperature and moisture swing was run to assess the feasibility of the process for application in greenhouses.
Carbon nanorice has been prepared by the hydrothermal carbonization of heparin in a Nafion solution at a mild temperature of approximately 100 °C.
Through a facile hydrothermal method at a mild temperature and a calcination process, we report the fabrication about the NiO nanosheets and α-Fe2O3 nanorods using nickel foam (NF) and carbon cloth (CC) as substrates.
To improve the electrochemical properties of chemically synthesized graphene hybrids, nitrogen-doped (N-doped) graphene decorated with M OH x (M = FeO, Ni, Co) nanoparticles were fabricated by a one-pot method at a mild temperature (95 °C).
The Δ stt3+ TbSTT3B cells grew almost as well as wild type at 23°C, but showed a mild temperature-sensitive growth phenotype at 37°C; whereas Δ stt3+ TbSTT3cellsls had a severe growth defect even at 23°C.
The flowing air exchanges heat with surround soil, and leaves the device with a milder temperature compared to its input temperature.
It is shown that, indeed, in case of a two-channel reactor, a high temperature zone is concentrated near the inlet, whereas the three-channel reactor produces a milder temperature gradient along the reactor length.
While studies have frequently reported deactivation/inactivity of TiO2-supported metal catalysts under conventional high temperature methane reforming conditions, it is shown here that by applying activation treatments at a milder temperature of 400 °C, Ni/TiO2 is able to maintain stable and effective hydrogen production at 500 °C even at a low steam to methane input ratio of 1 1.
Mix thoroughly so the salt dissolves throughout the water, then let the water cool to a milder temperature.
