The dotted orange and solid black lines show the unadjusted average model projection and measured global surface temperatures, respectively.
These temperatures correspond to the percolation and hydrogel temperatures, respectively.
The experiments conducted at 82 °C and 5 °C generation and evaporation temperatures, respectively.
ENR improves rutting resistance and fatigue behavior at high temperatures and low temperatures respectively.
Flexible thin wire thermocouples and rigid thermocouples were used to measure particle temperatures and liquid temperatures, respectively.
Uniaxial tensile tests and dynamic mechanical analysis were carried out to obtain basic mechanical properties and glass transition temperatures, respectively.
Our analysis shows 43 and 33 K increases above the ambient for the peak and median temperatures, respectively.
TRPM8 and TRPA1 are cold-sensing TRP channels activated by moderate cooling and noxious cold temperatures, respectively.
XRD analysis revealed the formation of anatase and rutile TiO2 phases after heat treatment at these temperatures respectively.
The bright triplet character of the lowest exciton explains the anomalous photon-emission rates of these materials, which emit about 20 and 1,000 times faster12 than any other semiconductor nanocrystal at room13,14,15,16 and cryogenic4 temperatures, respectively.
The LCST behaviour allows to elucidate nano or micro separated structures obtained at low and high curing temperatures, respectively.
