Sentence examples for intensive thermal from inspiring English sources

This paper discusses metallographic observations performed on both CFC and W part after this intensive thermal fatigue testing campaign for a better understanding of thermally induced mechanical stress within the component, especially close to the armour heat sink interface.

A broad DTG-maximum observed at low temperatures indicates the intensive thermal desorption of water.

It proves to be a critical issue for scramjet combustor to avoid intensive thermal choking while increasing combustion efficiency.

The intensive thermal degradation of the cellulose-hybrid materials is observed between 100 and 450 °C for the cellulose-POSS hybrid-nanocomposite materials.

A large ΔEPT value indicates intensive thermal convection activity from the surface to a height of approximately 5 8 km in the atmosphere, which corresponds to the altitude of wintertime thunderclouds (Kitagawa and Michimoto 1994).

Ceramic substrates for power electronic circuits or integrated components are usually metallised by cost-intensive thermal processes.

However, energy-intensive thermal processes as well as long cycle times during manufacturing have been an obstacle towards high-volume applications.

Membrane methods are less energy intensive than thermal methods and since energy consumption directly affects the cost-effectiveness and feasibility of using desalination technologies membrane methods such as reverse osmosis (RO) and electrodialysis (ED), are attracted great attention lately.

Membrane methods are less energy intensive than thermal methods and since energy consumption directly affects the cost effectiveness and feasibility of using desalination technology, membrane methods such as reverse osmosis (RO) and electrodialysis (ED) are attracting great attention lately (Sadrzadeh and Mohammadi 2008; McGovern et al. 2014b).

If sufficient pressure is applied, in a process called reverse osmosis, clean water emerges on the other side of the membrane.But reverse osmosis, though less energy-intensive than thermal evaporation, still requires a lot of energy, and can deal only with relatively low salinities, like that of seawater, which has a salt content of around 3.5%.

The second very intensive singularity, with a thermal expansion coefficient larger than 2000 °C−1, appears at 96 °C and is only visible on the curve corresponding to the material with 2.5 % MWCNTs.