Sentence examples for cycle of heat from inspiring English sources

The produced coatings were thermally treated at various temperatures and the structure, morphology and the microhardness of the deposits were examined after each cycle of heat treatment.

The effect of hyperthermia on skeletal muscle is to reduce the calcium requirement for excitation-contraction coupling and thus establish a vicious cycle of heat production secondary to muscle contraction.

Each of the twice daily treatments was applied for 20 minutes except for the contrast treatment, which consisted of 4 minutes of warm followed by 2 minutes of cold (the 4 minute by 2 minute cycle of heat, then cold, was repeated 3 times) and concluded with 4 minutes of warm, in a total session of 22 minutes.

Briefly, PCR was carried out using four sets of NDRG1 primers (Table 1) designed using the Primer3 website (http://frodo.wi.mit.edu/primer3/) to amplify four distinct regions of NDRG1 by RT PCR with the following cycle profile: one cycle of heat activation of the AmpliTaq Gold DNA polymerase (Promega) at 95°C for 1 min, then 39 cycles of 95°C for 30 s, 60°C for 30 s and 72°C for 30 s.

And if, as a result of ever-increasing fossil-fuel emissions, the Arctic climate became too warm, it would create a "positive feedback loop": as the ice receded, the ocean would absorb more heat, potentially melting more ice until a cycle of heating and melting eliminated the permanent pack ice.

This behavior occurs only during the first cycle of heating and cooling.

The bulging of the granite slab stems from its daily cycle of heating and cooling, the researchers surmise.

For these nanofibres, during a temperature cycle of heating and cooling, the initial γ-form crystals completely turn into the α-form crystals as in bulk PA6.

The behavior of the relative elongation of the ribbon during the second cycle of heating-cooling is predictable: maximum thermal elongation of the ribbon (till the power is turned off) is observed after reaching the maximum temperature (after 3 s).

Subsequently, the pre-damaged rebars were tested for residual strength in tension after exposure to a single cycle of heating and cooling for different target temperatures ranging from room temperature to 800 °C.

Thus, observing dilatometer effects, it was found that during the first cycle of heating-cooling, irreversible structural changes occur in the as-quenched amorphous ribbon that are related to the nanocrystallization process of the ribbon during its electric current rapid heating.