Sentence examples for broad range of pressure from inspiring English sources

Reasonable agreements between calculated and measured values of propellant burning rates and surface temperatures were obtained over a broad range of pressure from 0.7 to 350 atm.

Finally, the impact of pressure and equivalence ratio on ignition delay time is evaluated over a broad range of pressure (1 50 bar) and equivalence ratio (ϕ = 0.2 3).

To support a wide range of applicability, the paper deals with the evolution of the vessel wedge compared to an analytical solution for sub-to supercritical speeds and the assessment of wave patterns from a broad range of pressure term dimensions, including cross-references to findings in other studies.

Phase properties across a broad range of pressures for different black-oil compositions are constructed from compositional phase split calculations to correctly model the phase transition.

A comprehensive numerical analysis has been developed to predict the burning characteristics and detailed combustion wave structure of RDX/GAP/BTTN pseudo-propellant over a broad range of pressures.

This is done by first conducting fixed bed experiments, where the adsorbent material is packed into a column and exposed to three different CO2/H2 mixtures at a given temperature (25 °C) and in a broad range of pressures (1 25 bar) in order to determine the corresponding transfer parameters.

A broad range of pressures are exerted upon a tumour during neoplastic development.

This flexibility in the choice of sample pressure provides a route for downstream integration with a large set of classical and emerging ionization methods operating over a broad range of pressures, including ambient and subambient, coupled to active and passive sampling methods.

Finally, based on theoretical analysis we propose a correlation to calculate the maximum pressure rise rate and deflagration index of methane at a broad range of initial pressure.

Complex chemistry calculations carried out over a broad range of operating pressures indicate that the pressure dependences deduced analytically are remarkably accurate and can be used for a broad range of strain rates, excluding values in the near vicinity of extinction conditions, where finite rate chemistry effects become important and influence the flame response to pressure.

The usual validation procedure of a kinetic scheme consists in graphically comparing numerical simulations with the widest set of experimental data, with the goal of proving the model predictive capabilities over a broad range of temperature, pressure, and dilution conditions.