Structural and thermal stability as well as high-pressure behaviour of 3C-SiC has been described both by ab initio [5, 6, 7, 11, 14, 16] and molecular dynamics simulations [8, 10, 15].
The phase stability of SiC under high pressure and behaviour of elastic constants with temperature is worth for microscopic understanding as well as technological applications.
To design and operate the supercritical fluid extraction process using scCO2, high pressure phase behaviour data are required.
Usually, the anharmonic effects are noticeable at high pressure as reflected from elastic constants behaviour.
Injunctive norms refer to what other people think you should do; a higher score indicates higher pressure towards certain behaviour.
The presence of jet in the collision region, and the transient fluid-like behaviour under high pressure have led many investigators to seek an explanation and a characterisation of these waves in terms of a flow mechanics of one kind or another.
Compound 1 is of the greatest interest due to its unusual luminescent behaviour at high pressure and low temperature.
In order to obtain the pressure-temperature (P T) phase diagram of poly vinylidene fluoride) (PVDF), the melting and crystallization behaviours under high pressure were investigated as a function of temperature and pressure.
This work establishes a Digital Image Correlation (DIC) based method for characterisation and investigation of the effects of such local variations on the behaviour of a high pressure, die cast (HPDC) aluminium alloy.
Axial crushing, 3-point bending and 4-point bending tests have been performed in order to establish an experimental database of the behaviour of generic high pressure die cast (HPDC) AM60 structural components.
For this purpose, the low- and high-pressure phase behaviour, reaction rate and downstream removal of residual cyclohexene oxide from the product stream are described.
