The response of analysts to this pressure varies greatly.
The pressure varies annually by 26percentt as some 7.9 trillion metric tons of carbon dioxide leave and reenter the atmosphere seasonally.
Nevertheless there can be significant changes in water saturation because the capillary pressure varies nonlinearly with the air saturation.
This correction makes little difference to measurements done consistently in a particular laboratory, or when the atmospheric pressure varies little.
Given a solution for ϕ, the fluid velocity v follows at once, and one may then discover how the pressure varies with position and time from equation (157).
It is shown that the wave pressure is significantly affected by the PTO system, in particular, at the edges, and the wave pressure varies under different wave conditions.
When the pressure varies from 0.1 to 0.4 MPa, the wall temperature reduces 17 °C and the heat input increases 10 W.
Permeability of the HFMs varies from 0.5 3.5 × 10− 6 cm/s, while burst pressure varies from 25to3535 psi.
Time to reach the maximum explosion pressure varies from 80 ms in 20-L sphere to 680 ms in 25.6 m3 sphere.
Acetylene gas pressure distribution obtained from finite element method shows that the pressure varies linearly from the inlet to the outlet of the tube.
The susceptibility of an individual's optic nerve, and of the retinal cells whose fibres make up the optic nerve (called ganglion cells), to damage at a particular eye pressure varies widely.
