Sentence examples for developing high temperature from inspiring English sources

There is a growing interest in developing high temperature CO2 capture looping systems using CaO as a regenerable sorbent.

Plasma transferred arc (PTA) deposition process was applied to develop high temperature protective cermet coatings, metallurgically bonded to the substrate.

The measured thermo-mechanical properties of these materials were used to develop high temperature constitutive models for implementation in finite element thermal structural analysis of hypersonic structures.

In this program, the role of the Laboratory for structural Integrity and Standards (LISN) is to develop high temperature defect assessment procedures under fatigue and creep loadings.

Based on the type of end application, two types of acid pretreatments are developed; high temperature (above 180 °C) for short duration (1 5 min) and low temperature (<120 °C) for long duration (30 90 min), respectively.

Numerical simulation of the ignition events for n-heptane, n-decane and n-dodecane, employing a recently developed high temperature kinetic model, showed good agreement with the experimental results both qualitatively and quantitatively.

In 25 cases no adverse events were reported; two patients developed high temperature (38.7°C and 39.0°C) within 15 min after the injection of rFVIIa.

The HiTI project (High Temperature Instruments for supercritical geothermal reservoir characterization and exploitation) focused on developing high-temperature tools and methods (Ásmundsson et al. 2014; Sanjuan et al. 2010).

We also directly probe both optical and stoichiometric changes across the decomposition temperature, which should be useful for developing high-temperature electronic devices and fabrication process with the similar metal chalcogenide films.

The study forms a part of an ongoing project aimed at developing high-temperature models for the behavior of the main components of steel end-plate beam-to-column connections in fire.

This study also introduces the Enhanced Geothermal Innovative Network for Europe (ENGINE), which focuses on developing high-temperature instruments for the characterization and exploitation of supercritical geothermal reservoirs, as well as the geothermal engineering integrating mitigation of induced seismicity in reservoirs (GEISER).