The phrase "a temperature slope" is correct and usable in written English.
It can be used in contexts related to science, engineering, or environmental studies where temperature changes are being discussed in relation to distance or time.
Example: "The data showed a significant temperature slope, indicating a rapid increase in heat as we moved closer to the volcanic site."
Alternatives: "a temperature gradient" or "a thermal slope".
Following cycling, the melting curve was determined in the range 55°-°95°C 55°-°95°Cemperature slope of 0.01°C/sec.
Denaturation curves were measured by following the molar ellipticity at 200 nm versus the temperature, with a temperature slope of 60°C/h.
Therefore, the protein was progressively heated with a temperature slope of 1°C/min and the unfolding of Bet v 1.0401 was monitored at a wavelength of 222 nm.
The reaction mixture was loaded into glass capillary tubes and subjected to an initial denaturation at 95°C for 10 min, followed by 45 rounds of amplification at 95°C (10 sec) for denaturation, 62°C (10 sec) for annealing, and 72°C (10 sec) for extension, with a temperature slope of 20°C/sec.
In one set of experiments continuous temperature scans were performed with a temperature slope of 1 °C/min.
The reaction mixture then was loaded into glass capillary tubes and submitted to an initial denaturation at 95°C for 10 min, followed by 45 rounds of amplification at 95°C 10 s) for denaturation, 58°C (10 s) for annealing and 72°C for extension, with a temperature slope of 20°C s−1, performed in the LightCycler.
As it was mentioned, these three fluids have a positive temperature slope while the other fluids have a negative temperature slope.
Native BSX (from Bacillus sp. NG-27) and R-BSX (expressed in E.coli) were found to unfold in an irreversible manner, and only the apparent Tm was calculated for all protein samples with a constant temperature slope of 333K/hr.
Areas with a positive temperature slope and 95% credible interval (CI) excluding zero were considered to have a statistically significant positive association between temperature and hospital admissions, whereas areas with a negative slope and credible interval excluding zero were considered to have an inverse association between temperature and hospitalization.
For determining the thermal transitions, the ellipticity at 220 nm was monitored [30] as the sample temperature was increased from 25to4545 °C, with an average temperature slope of 10 °C/h.
In constant strain, multi-temperature experiments, the single crystals showed a σSIM vs. temperature slope of 0.54 MPa °C−1 in tension and 0.41 MPa °C−1 in compression, and superelasticity over a wide temperature range from −80 °C to 160 °C.
