The phrase "temperature grows" is grammatically correct and can be used in written English.
It implies that the temperature is increasing or getting higher. Example: As summer approaches, the temperature grows hotter each day.
Calculations show that the core outlet temperature grows up with increasing nanoparticle mass fraction.
Results show that for high temperature thermoregulation, the phase change temperature range is 35 50 °C, in which with the 58# paraffin proportion increasing, the phase change enthalpy increases linearly and the phase change temperature grows exponentially.
But when the planet's temperature grows – and we are currently tracking at the high end of temperature increases – water will become increasingly scarce, arable land likewise and with sea level rise we are likely to see the inundation of some of our major cities.
As the deposition temperature grows from 300 to 600 °C, the disorder degree of the a-C film decreases, and the value of MR also decreases, indicating that the lower disorder degree results in a smaller MR. The mechanism of this MR could be ascribed to the wave function shrinkage.
It is found that the WCA decreases as the annealing temperature grows from 200°C to 400°C and increases as the temperature grows above 400°C.
The temperature grows with the drawing rate (Koenen 1994; Toda et al. 2002).
Wind, rain, and temperature grew worse.
The low temperature grown HfO2 films were smooth with a very low surface roughness (< 0.4 nm).
Those kept at higher temperature grew faster, producing a 5.2 cm and 100.5 g difference after 60 days of experiment.
Low temperature grown metallic α-phase and semiconducting β-phase FeSi(Al) are introduced as auxiliary electrode and hydrogen evolution performance is compared with commercially available platinum electrode.
R. Urata, R. Takahashi, V. A. Sabnis, and D. A. B. Miller, "Ultrafast Differential Sample and Hold using Low Temperature grown GaAs MSM for Photonic A/D Conversion," Conference on Lasers and Electro-Optics 2000, San Francisco, CA (May 7-12, 2000).
