Sentence examples for flotation force from inspiring English sources

The PDMS cannot flatten the retina because it has a weak flotation force; rather, it exerts a tamponade effect mainly by immobilizing the retina and reducing fluid circulation.

Silicone oil application for retinal detachment is mainly served by its surface tension effect and its flotation force on the retinal surface.

The first is the displacement of the retina toward the eye-wall by its surface tension effect and volume displacement, and the second, to a lesser degree, is the tamponade of the superior retina by its flotation force.

An expression for the characteristic microburst propagation velocity was derived, accounting for the combined effects of forced velocity and flotation forces generated by the density difference, whose predictions are in good agreement with experimental data.

Such capital-raising exercises allow founders to cash in their holdings and also give the hedge funds some independence from their prime brokers, on whom they depend heavily when borrowing money.But flotations also force hedge-fund managers to be more transparent, diluting the mystique on which their high fees partly depend.

Meanwhile, privately held Prada had to postpone its stockmarket flotation and was forced to sell (to LVMH) a recently acquired stake in Fendi, a prestigious Italian bag maker, in order to reduce its debts.Democratising luxurySo has Ms Prada completely lost the plot in opening her showy shops in London and New York?

Emirates is still locked away in the ownership of the Al Maktoum family, which runs Dubai (although Dubai's financial troubles in 2008 at one point seemed likely to force a flotation to repay debts).

The episode is told in all its dramatic, horrid detail, including the death of some men from ill-designed flotation boots that kept forcing their feet to the surface and putting their heads underwater.

In flotation, the bubble is the driving force and it determines the separation efficiency.

Recent experimental dissections of steel ingots and multi-scale simulations have led to the discovery of a potential driving force for channel segregation: the flotation of oxide-based inclusion (D. Li et al., Nat. Commun. 5 5572 (2014)).

The scaling analysis predicts that flotation rates depend weakly on the strength of van der Waals forces, and are insensitive to the viscosity or density of the dispersed droplets; flotation rates of droplets and particles are very similar.