The understanding of the role of temperature has been limited.
The role of temperature on the reaction rate from 30 to 70 °C was investigated.
Another significant feature is the role of temperature in the CF and the reset process.
On the other hand, Remsberg's ([2010]) HALOE-based results support rather the role of temperature.
The role of temperature (T) on the polymerization reaction was varied from 50 to 65 °C.
The role of temperature as a possible uptake/release triggering variable is also examined.
We have demonstrated the role of temperature played in the synthesis of silver nanoparticles in a synergetic reduction approach.
Currently, we are exploring the role of temperature, carrier concentration and back-gate voltage dependence for the present study.
The role of temperature during events is attributed to an increase in the diffusion of DOC, and therefore its transport.
The role of temperature on the pattern size distributions and inter-feature distance obtained from CGMC is analyzed.
However, traditional atomistic models decouple the role of temperature in the mechanical properties from its effect on the bubble distribution.
