Sentence examples for operating at low temperature from inspiring English sources
The appearance and the transport of water in liquid phase is one of the typical features of proton exchange membrane fuel cell operating at low temperature.
To the best of our knowledge, this is the first time that a high current density of PVA-based electrolytes for PEMFCs operating at low temperature is reported.
PrSr3Fe3-yNiyO10-δ (PSFNO10, 0 < y <0.2) was synthesized and investigated for the potential active cathode of a solid oxide fuel cell operating at low temperature.
The possibility of converting solar thermal energy into electricity with small scale (lower than 10 kWe) Organic Rankine Cycle (ORC) plants operating at low temperature (lower than 130 °C), seems today a viable option.
Despite growing demands for high performance hydrogen (H2) sensors operating at low temperature, metal oxides-based H2 sensors intrinsically require an elevated operating temperature due to a high activation energy for gas adsorption on metal oxides surface.
In the anode of electrochemical cells operating at low temperature, the hydrogen oxidation reaction is susceptible to poisoning from carbon monoxide (CO) which strongly adsorbs on platinum (Pt) catalysts and increases activation overpotential.
Firstly, the detector noise is reduced when operating at low temperatures.
The search for new active and selective formulations operating at low temperatures is, therefore, still timely.
The results show that conventional SOFCs are vulnerable to a significant performance reduction when operating at low temperatures (below 600 °C).
The PYR14TFSI/PYR14IM14 binary mixtures may therefore be appealing for electrolyte applications in electrochemical devices operating at low temperatures.
These catalysts were investigated as cathodes in direct methanol fuel cells (DMFCs) operating at low temperatures (60 °C).
