Sentence examples for quantity mass from inspiring English sources

From the long-known equality of the quantity "mass" in Newton's second law of motion and that in his gravitational law, Einstein was struck by the fact that acceleration can locally annul a gravitational force (as occurs in the so-called weightlessness of astronauts in an Earth-orbiting spacecraft) and was led thereby to the concept of curved space-time.

One very important characteristic of all these models is that they all express conservation of a certain quantity; mass, momentum, heat etc. in any moment for any subdomain.

The CCS-RG is based on the cascade approach that allows to split 3D advected quantity mass remapping between the Lagrangian and Eulerian grids onto 3 1D remappings.

We develop and study the high-order conservative and monotone optimization-based remap (OBR) of a scalar conserved quantity (mass) between two close meshes with the same connectivity.

In order to achieve robust signal intensities from positive probes, we decided to use the highest possible quantity (mass) of DNA given the volume of hybridization mixture that could be injected into the Affymetrix array cartridge.

Hydraulic conductance (notation K, units d mmol s 1 MPa–1 or kg s 1 MPa–1 or m s 1 MPa–1): the same as hydraulic conductivity (applied to water quantity, mass or volume), but with no normalization by area.

For example, Kepler's law is an application of Newton's laws, but the latter concerns quantities (mass, distance), which should be understood as universals not kinds).

The differential equations for the conserved quantities: mass, energy, and momentum are usually not directly solvable, i.e., do not have closed form solutions.

In that regard, account must be taken of the modeling of the mass change within any cylinder space, based on differential equations for the conserved quantities mass, energy, and momentum, which are theoretically as well as numerically difficult to treat.

Fluids 8 (1965) 2182 2189] introduced a discretization method for the incompressible Navier Stokes equations conserving the secondary quantities kinetic energy and vorticity, besides the primary quantities mass and momentum.

It is composed of both "quantity," the mass of self (the posture, body parts, the subsystems) and "quality," the glue or dynamic energetic organization of weight and how that integrates it all together in expression.