The phrase "at a mild temperature" is correct and usable in written English.
It can be used when describing conditions that are neither too hot nor too cold, often in contexts related to cooking, weather, or scientific experiments.
Example: "The recipe calls for the mixture to be heated at a mild temperature to ensure even cooking without burning."
Alternatives: "at a moderate temperature" or "at a gentle temperature."
An ultrasound-assisted procedure was applied to the extraction of hemicelluloses from grape pomace at a mild temperature (20 °C).
This deposition is followed by post-annealing at a mild temperature around 400 °C to recrystallize each magnetic coating for a stable structural phase at the tip apex.
Carbon nanorice has been prepared by the hydrothermal carbonization of heparin in a Nafion solution at a mild temperature of approximately 100 °C.
The sol-gel synthesis method was used by utilizing the titanium alkoxide as Ti precursor at a mild temperature (< 100 °C), and it yielded highly dispersed nanosized TiO2 samples [16].
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).
Laser-only controls (including three laser settings: 635 nm at 200 mW, 671 nm at 200 mW, and 671 nm at 750 mW) caused a mild temperature increase (<6 °C, Figure S4 in Supporting Information), and even the high-power laser (671 nm, 750 mW) did not induce tumor growth inhibition that had been demonstrated in previous porphysome papers.
Similarly, porphysome combined with PDT laser conditions (671 nm at 200 mW) induced a mild temperature increase to a final temperature of 43.3 ± 1.5 °C in a hyperoxic tumor and 42.3 ± 1.1 °C in hypoxic tumors.
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.
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.
Methane, n-hexane, benzene, and cyclopentadiene were decomposed at a relatively mild temperature (773 K) over a Ni catalyst supported on either vapor grown carbon fibers (VGCF) or graphitized carbon fibers (GCF).
