Sentence examples for evolution in temperature from inspiring English sources

Transmission electron microscopy of high temperature annealing of pure tungsten irradiated by self-ions was conducted to elucidate microstructural and defect evolution in temperature ranges relevant to fusion reactor applications (500 1200 °C).

The analysis showed similar conclusions without spray: the vertical evolution in temperature and transmission indicated a similar smoke-free layer, around 1.20 m high in the 2.40 m high corridor when smoke was produced by a 250 kW heptane pool fire in a neighboring room.

We also present simulations exploring different experimental design choices and results on real data from Drosophila experimental evolution experiment in temperature adaptation.

Termination migration and conventional coarsening are the dominant mechanisms of morphological evolution in the temperature range 788 828 K.

These systems offer a triple challenge: defining relevant local chemical and physical descriptors, probing their spatial distribution, and exploring their evolution in dynamic temperature, light, and chemical and electrochemical reaction processes.

Three distinct features of the structure evolution are observed in temperature space, which can be described with three different deformation models, namely amorphization, crystalline block slip and melt recrystallization, respectively.

Future progress is linked to the development of in situ exploration techniques, capable of identifying adaptive surface chemistry and structural evolutions in broad temperature regimes.

The trend in temperature evolution was consistent on the national level, and temperature increases were observed in almost all stations.

For probes in room 4, Figure 3a shows that the mean diurnal evolution of temperature in the 18-day period was nearly the same in 2008 and 2010.

The strategy was found to be robust and suitable to follow the temperature evolution in 10 healthy volunteers under free breathing conditions with a temperature standard deviation of 2.2 °C in the cardiac muscle at an update rate of approximately 1 Hz.

A typical measurement consists in imposing a vertical temperature gradient through the PCM sample driven by a heat source, monitoring during the experiment time all the boundary conditions (temperatures and heat fluxes) and measuring temperature evolution in three locations within the PCM sample.