Sentence examples for corresponding to temperature from inspiring English sources
Moreover, Figure 5b represents the 3D plot corresponding to temperature and post-induction period.
Experimental results indicated that the InAs NWs were only deposited in downstream location 26 27 cm away from the center of the tube furnace, corresponding to temperature ranging from ~460 to ~400 °C.
The degree of conversion corresponding to temperature T t) will be determined by integrating the expression for the rate of polymer conversion {N}_Gleft(T t)right)=-frac{1}{sqrt{2pi}gamma }{displaystyle underset{T_H}{overset{T t)}{int }} exp left[-frac{1}{2}{lefrac{Tleft tautau right -{T}_gleft overset{T}right -{T}_gleft overset{righT}righteft(tau right).
Multitemperature points from synchrotron data are shown in colors corresponding to temperature.
Corncob and eucalyptus sawdust substrates show the lowest enzymatic activities in the experiments corresponding to temperature of 60°C.
Moreover, if chlorophyll levels were compared with temperature sum, again an almost perfect fit was found, up to June 28, corresponding to temperature sum 700.
Then, Nusselt number corresponding to temperature-dependent thermophysical properties was numerically obtained due to their complexity nature.
Figure 4a,b,c,d shows the TEM micrographs of the reaction products corresponding to temperatures of 4°C, 25°C, 45°C, and 65°C, respectively.
The seismic-aseismic transition generally occurs in the depth range 25 40 km, corresponding to temperatures in the range 350 500 °C (Peacock et al. 2011), above the lower temperature limit for crystal plasticity in quartz (Hirth et al. 2001).
According to the drilling report, the 100°C to 200°C region is rich in smectite, but smectite is not present below depths corresponding to temperatures greater than 220°C (MRSO [1973]).
Efficient molecular beam sources are available to cool the rotational and vibrational degrees of freedom in a supersonic expansion, yielding beams with a high state purity and velocity distributions corresponding to temperatures of 1 K or less.
