The phrase "free pressure" is not commonly used in written English and may not convey a clear meaning.
It could potentially be used in contexts discussing pressure that is not associated with cost or constraints, but clarity is essential.
Example: "The workshop offered free pressure relief techniques to help participants manage stress."
Alternatives: "no-cost pressure" or "complimentary pressure."
Oscillation free pressure solutions are achieved in all cases considered, even for examples in which the original grid shows large oscillations.
The equations of 2D magnetohydrostatic equilibrium with free (pressure) boundary conditions are expressed in inverse (i.e., flux) coordinates for both cartesian and axisymmetric geometries.
The wedge pressure fell by 7.4 mm Hg (31.9-24.5) and there was a nearly equivalent 5.9 mm Hg fall in the free pressure with PL - PA (eq. (15)) decreasing by only 0.85 mm Hg.
The difference between the wedge and free pressure, the "hepatic vein pressure gradient" (PHVPG = PWedge - PFree ≈ PPV - PHV = FLRL), is directly proportional to the resistance of the liver to portal flow.
Deep machine learning made it possible for such a simple bulky material to play the role of a smart sensory device, and it also enabled the use of a pattern-free pressure (and position) sensor for use in artificial skin and other applications.
The clean pressure derivatives calculated from the noise-free pressure data were also shown for comparison purposes.
Ratings of pain intensity, pain-free pressure and disability changed more than 40, 20 and 25 points in their respective scores.
33 34 Outcome measures throughout the treatment and during the short-term follow-up period (6 weeks) were severity of pain (rating of pain intensity, pain-free pressure and provocation tests), disability and structural tendon changes.
To some extent, this is due to the requirement of an invasive, implanted sensor, but it is also likely due to the difficulty of obtaining artifact-free pressure measurement in a clinical setting.
Intensity of elbow pain during activity was recorded using a visual analogue scale score (0=no pain; 100=maximum intensity), pain-free pressure was measured with a digital algometer (Wenzhou Sundoo Instruments, China) and Cozen and Thompson tests were performed in order to provoke localised pain over the lateral epicondyle.
Infiltrating free-pressure water was used to test mesoscopic void characteristics.
