Sentence examples for instantaneous point from inspiring English sources

The instantaneous line contact of a fully conjugated gear set becomes an instantaneous point contact when an oversized hob is used.

In the case of AC voltage application, there is zero-crossing, which is the instantaneous point at which there is no voltage present.

An instantaneous point source is represented by delta functions, Sleft overrightarrow{r}, tright)=frac{N_0mathit{hslash omega v}}{4pi}delta (r delta (t), (14).

Based on the instantaneous point source solutions, a rigorous mathematical model is established by coupling reservoir flow model with fracture flow model in a box-shaped reservoir, which takes into account fracture interaction, fracture conductivity, contacted reservoir area with fractures, and heterogeneity of fracture properties.

An analytic solution to the unsteady advective-diffusion equation is obtained which correctly describes the dispersion from an instantaneous point source in a flow field having a velocity distribution generally found in packed beds of low bed-to-particle diameter ratios.

In a transient situation with an instantaneous point source, the instantaneous critical plume is always spherical in shape, and the union of all the instantaneous critical plumes with time forms a shape similar to that of the steady-state critical plume.

The dream is instantaneous point-to-point transport.

We assume that the primary system has a target rate R 1 ⋆ that corresponds to a fraction ρ of its instantaneous point-to-point Shannon capacity, that is, R 1 ⋆ = ρ log ( 1 + h 11 2 P 1 ).

Furthermore, to quantitatively access the influence of probe radius on the frictional property of the substrate, the average friction coefficient is obtained by averaging more than 1,000 instantaneous points of friction coefficient in the range between 3 and 12.2 nm.

The PAHF is defined based on the effect of the hypothetical risk factor modification to the low-risk level; it is estimated at the instantaneous time point t: (1) P A H F = h (t ) − h 1 (t ) h (t ) = p (t ) (H R t − 1 ) 1 + p (t ) (H R t − 1 ), where p is proportion exposed at time t and HR t) =  h 2 (t)/h 1 (t) denotes instantaneous hazard ratio at time t[ 26, 27].

We approach the original nonlinear system with a second order linear system at each instantaneous operating point.