incompressible

A phenomenological theoretical study has modeled the edge by treating lipids as 'incompressible' yet elastically deformable objects whose energy depends on chain extension length as well as headgroup packing density curvature.

Hydrostats are characterized by a central volume of pressurized 'incompressible' fluid surrounded by a membrane in tension; all amniote intromittent organs include a central space surrounded by a tensile membrane.

In our approach, we take the 'incompressible' nature of the motion into consideration and avoid the calculation of the spatiotemporal derivatives of the images, which are often nearly singular in large regions of the images.

I do understand that and, as I say, we are trying to compress the 'incompressible' .

Additionally, intelligent data compression will automatically detect data that is not compressible and turn off compression for such 'incompressible' data files.

In this way is guaranteed that the method verifies asymptotically the 'incompressibility' condition and in addition the imposition can be done a priori.

Other than fluid 'incompressibility' and cyclic averaging, no assumptions are required!

Osmotically induced volume changes result in vesicle shape changes because of the relative 'incompressibility' of the membrane bilayer.

Owing to the 'incompressibility' of the fluid, variation in the longitudinal flow must be accompanied by lateral motion of the basilar membrane.

This topological change is a consequence of the in-plane 'incompressibility' of the lipids, and alters the total Gaussian curvature of the system.