Sentence examples for plane temperature from inspiring English sources

Williams said that at heights of around 10 to 12km (6-7 miles), a typical cruising altitude for a modern passenger jet plane, temperature changes caused by increased amounts of carbon dioxide in the atmosphere have the effect of making different layers of airflow move at increased speeds relative to each other.

Focal plane temperature control is provided by a two-stage cryocooler based on the NGAS HEC (Northrop Grumman Aerospace Systems High Efficiency Cryocooler) design.

To measure in-plane temperature distribution accurately, a polyimide-based micro-temperature sensor is designed and fabricated.

After the sensors are calibrated, six sensors with one unit are inserted into the cell to measure in-plane temperature distribution.

This study investigates the development of an in situ micro-temperature sensor, and analyzes the in-plane temperature distribution in a unit polymer electrolyte membrane fuel cell (PEMFC).

A 3D computational fluid dynamics (CFD) fuel cell model with the same geometry and electrochemical properties as those of the PEMFC is also developed and analyzed to compare in-plane temperature distribution with the experimental results.

The formulation indicates that the transverse temperature variation produces an additional pressure load, while the in-plane temperature variation affects the system frequency.

The steel arch is subjected to an in-plane linear temperature gradient field whilst it experiences expansion along its length due to the in-plane temperature gradient producing an in-plane curvature.

We conclude that IR thermograph is a useful tool for characterizing CFFs because it can visualize local temperature differences caused by trapped bubbles in addition to the overall in-plane temperature distribution.

The large through-plane temperature gradient leads to highly non-uniform current distribution, and more importantly, is found to be the decisive factor affecting the heating time and energy consumption.

Research results show that with increasing temperature gradients, the resonant frequency increases, the critical mid-plane temperature at which resonant frequency drops to the lowest decreases, and the response peaks move toward higher frequency.