Sentence examples for extensive range of temperature from inspiring English sources

To compensate for these problems, NKN-based ceramics (e.g., solid solutions of NKN-LiNbO3, NKN-LiTaO3, NKN-LiSbO3, NKN-Li(Ta,Sb O3, NKN-BaTiO3, NKN-SrTiO3, NKN-Ba(Zr,Ti O3, and NKN-CaTiO3) have received significant attention largely for two reasons: (1) piezoelectric properties exist over an extensive range of temperature and (2) several possibilities for substitution and additions.

In the current contribution, two models based on statistical learning theories, i.e. Least Square Support Vector Machine (LSSVM) and Adaptive Neuro Fuzzy Inference System (ANFIS), were developed to predict the dew point temperature of moist air at atmospheric pressure over extensive range of temperature and relative humidity.

It is demonstrated that a relatively simple expression is capable of well describing the experimental data in the extensive range of temperatures and current densities.

Temperature stability at an extensive range of temperatures (10 100°C) was also measured.

Find an iron with a wide range of temperature settings.

The agglomeration kernel model was derived using chemical reaction engineering principles and data from an extensive experimental program covering a wide range of temperatures, supersaturations, seed sizes, shear rates and mixing regimes.

The model was tuned using gibbsite precipitation data from an extensive experimental program covering a wide range of temperatures, supersaturations, particle sizes, shear rates and solids concentrations relevant to the Bayer process.

For example, a warm summer would have resulted in extensive germination during autumn (because of the wide range of temperatures accepted for germination) and thus little germination would have been possible the following spring.

Alloys containing 15 20 percent chromium, plus various amounts of iron, and an alloy containing 35 percent chromium, 20 percent nickel, with the balance iron, find extensive industrial use where high strength and corrosion resistance over a wide range of temperatures are essential.

Many books provide extensive data for energy sources such as steam, dowtherm, natural gas, coal, Bunker C and electricity over a broad range of temperatures, with energy cost naturally increasing with increasing temperature.

They tolerate low and high salinity and a wide range of temperatures.