Sentence examples for required operating temperature from inspiring English sources

The McLaren drivers said they were struggling to get the required operating temperature into both the 'extreme' wet-weather tyres and the 'intermediates', which are used in drier conditions.

It is concluded that at the required operating temperature for modern gas turbines, most catalyst systems would not have sufficient stability and life.

It was an eventful session on a slippery track which saw several drivers have incidents, without incurring any damage to the cars, as they explored the limits of grip on a cool morning on which all struggled to generate the required operating temperature from the tyres.

Data on the thermal stability and volatility of both support and active components are presented and discussed in terms of the required operating temperatures.

Of particular importance here is the hydrothermal instability of silica-based membranes at the required operating temperatures and so the chapter closes by presenting the future research trends and industrial design challenges and considerations of silica-based membrane reactors.

To this day solar technologies do not cover a significant share of the industrial steam demand, despite the fact that concentrating solar collectors are market available, are well capable of reaching the required operating temperatures, and are able to generate steam directly.

Generally, metal oxide-based gas sensors required high operating temperature to achieve excellent sensing performance.

The electrolyte is molten potassium lithium carbonate, which requires an operating temperature of about 650 °C (1,200 °F).

To accomplish adequate ionic conductivity in conventional ZrO2-based electrolytes, SOFCs generally require an operating temperature above 850 °C.

Amongst these different available techniques, chemical deposition technique is advantageous as it is easy to deposit and requires lower operating temperature (150 200 °C) than sol gel, vapor phase technique.

Next-step fusion nuclear devices require plasma-facing components that can survive a much higher neutron dose than ITER, and in many design concepts also require higher operating temperatures, higher reliability, and materials with more attractive safety and environmental characteristics.