Sentence examples for performance in the temperature from inspiring English sources

A single-stage G-M type pulse tube cooler (PTC) was designed and tested to explore the lowest attainable refrigeration temperature and to further improve the cooling performance in the temperature range of 15 40 K.

The results here obtained, in spite of not reaching the absolute values of the Nafion® ones, show a lower effect of the dehydration phenomenon on the conduction performance in the temperature range studied (from room temperature to 150 °C).

Relying on different thermal responses between Ce3+ → Eu3+ metal-metal charge transfer (MMCT) and Ce3+ → Tb3+ → Eu3+ energy transfer process, the fluorescence intensity ratio (FIR) of Eu3+ to Tb3+ in the as-designed material presents excellent temperature sensing performance in the temperature range of 303 563 K.

A higher operating temperature for a high-temperature PEM fuel cell results in better performance if the temperature is within the safety limit of the membrane.

Photodiode spectral response showed good performance in the entire temperature range between 20 K and 300 K.

Compared with SiO2, ZrO2 and TiO2, the support materials Al2O3 or Mg-Al-spinel give the highest performance in the high temperature range.

3DOM catalyst.1Zr0.1O2 catalyst provided the maximum concentration of CO2 at 402 °C for PM combustion and showed excellent NH3-SCR performance in the 374 512 °C temperature range.

The material was characterized using electrochemical impedance spectroscopy in a symmetrical cell system (PBSC/Ce0.9Sm0.1O1.9 (SDC)/PBSC), exhibiting excellent performance in the intermediate temperature range of 500 700 °C.

The results demonstrate that the mesoporous tin oxide sensor calcined at 400 °C exhibits remarkable selectivity to ethanol vapors comparison with other target gases and has a good performance in the operating temperature and response/recovery time.

These results demonstrate that the as-prepared mesoporous SnO2 sensors can selectively detect ethanol vapors with the interference of other gases and have a good performance in the operating temperature and response/recovery time.

Adding boron carbide to the same formulations resulted in transient liquid sintering of the silica-containing refractories, which allowed the development of compositions with improved thermo-mechanical performance in the 600 1400 °C temperature range.