The phrase "a decrease of force" is correct and usable in written English.
It can be used in contexts discussing physics, mechanics, or any situation where a reduction in strength or intensity is being described.
Example: "The experiment showed a significant decrease of force when the temperature was raised."
Alternatives: "a reduction in force" or "a decline in force".
Therefore, any reduction in the drag coefficient, by modifying the shape of the cavitator to achieve optimal shape, will lead to a decrease of this force.
For the dominant arm there were significant correlations between pain and an increase of BMI (p = 0.006) and of bodyweight (p = 0.009), and with a decrease of pull force (p = 0.015).
Accordingly, Atg7 −/− myofibers show a significant decrease of force compared to age-matched controls, and this decline is corrected by Trolox.
In addition, to determine the OHC minimum force at which the system becomes unstable, changes in the gains of xBM with a decrease of the OHC force from 200 nN to 0 nN at different stimulus intensities were calculated.
With an excess addition of polymer dispersant, a decrease of electrosteric repulsion force was observed because the free polymers in solution compressed the adsorbed polymers.
Two mechanisms were shown to promote this drop off: increasing the fatigue load leads to a decrease of the tangential force nucleation threshold whereas raising the fretting load leads to a decrease of the nucleation and fracture fatigue lifetime.
Results indicated that the bubble trajectory depends on the acoustic pressure amplitude and initial bubble size: an increase of pressure amplitude or a decrease of bubble size forces bubbles larger than their resonant size to arrive at the target plate at lower heights, while the trajectories of smaller bubbles are less influenced by these factors.
Therefore, the low relative negative charge of biofilm-detached cells may result in a decrease of repulsive electrostatic forces between cells and negatively charged abiotic surfaces, which may explain their greater adhesion rates on abiotic surfaces as compared to that of their planktonic counterparts.
Furthermore, after applying a 270 s static stretch to the muscle groups of the examined dominant leg Power et al. (2004) found a decrease of torque development or force produced voluntarily and the muscle inactivation as measured by the interpolated twitch technique (ITT).
This phenomenon of lattice expansion in nanostructured materials can be explained by the fewer number of atoms in the nanocrystallites compared to the micron-sized particles which results in fewer inter-atomic interactions between the atoms in the lattice resulting in a decrease of the electrostatic coulombic force of attraction.
