Sentence examples for heating stabilization from inspiring English sources

Figure 6 Temperature curves of heating, stabilization, and cooling (average values).

As described previously, we obtained three temperature curves of heating, stabilization, and cooling for each proposed case.

Figure 3 shows schematically the shape of these curves and the parameters that we can get from them. Figure 3 Temperature curve of heating, stabilization, and cooling, obtained from the thermal model and the proposed procedure.

Other industrial uses included heat stabilization in nylon and polyesters, and in coatings of photothermographic paper.

In particular, heat stabilization preserves protein profiles while use of anesthetics, perfusion and the time frame of tissue dissection will each cause their own changes.

Induction of toxic damage to the pancreas can be achieved by dibutyltin dichloride (DBTC), a compound that belongs to the chemical class of organotins that are industrially used for heat stabilization of polyvinylchloride plastics, as biocides in agriculture, and by shipbuilders as antifouling paint.

The design of the ITER ECRH system provides 20 MW millimeter wave power for central plasma heating and MHD stabilization.

For a single film catalyzing an exothermic reaction, internal cooling was found to expand the region of steady-state multiplicity and simultaneously decrease catalyst effectiveness, whereas internal heating resulted in stabilization.

The effects of the heating procedures, including the stabilization and carbonization temperature and time, on the fiber morphology are systematically investigated.

Therefore, this study suggests that more concerned design with complementary parameters such as starting temperature and heating rate, significantly reducing stabilization time down to 56.5 min with the comparable mechanical properties of the conventional isotropic pitch based CFs.

In all cases the traced signal responded quickly, within 1 min, to the changes in heating temperature, and the stabilization of the signal took around 30 90 min. The residence time in the heating tube was around 0.7 s, which is a typical residence time used in aerosol volatility measurements in both laboratory and in the field.