Sentence examples for relation applicable from inspiring English sources

Based on data obtained from nine literatures, Wang et al. (2001) proposed an empirical relation applicable to narrow channels.

In an effort to evaluate the degree of influence the presence of sand exerts on pressure drop, a suitable relation applicable for heterogeneous flow is employed to compute the energy gradient of the mixture.

Combining these with results of a parallel study at 10 13 GPa (Tenner et al., 2011, CMP) yields a linear relation applicable from 5 to 13 GPa for peridotite-saturated H2O storage capacity of olivine at 1450 °C, CH2Oolivine ppm)="57.6(±16)×P GPa)−169(±18). Storage capacity diminishes with increasing temperature, but is unaffected by variable total H2O concentration between 0.47 and 1.0 wt%.

> -wrap-foot> Each semantic relation defined on an event pair has the following characteristics: (i) has a type; (ii) is defined only on intra-sentence TREATMENT– PROBLEM, TEST PROBLEM and PROBLEM– PROBLEM events pairs and (iii) is commutative in nature, in other words, a relation applicable to event pair (e1typeX, e2typeY), is also applicable when the pair is reversed (e2typeY, e1typeX).

Using a rather robust relation applicable to ultrafine-grained titanium and its alloys [ 15], the expected fatigue strength (i.e., the stress amplitude corresponding to 10 fatigue cycles) can be estimated roughly as half the ultimate tensile strength, which yields a value of about 425 MPa.

The reaction heat and the heat transfer coefficient are estimated online based on simple physically motivated relations applicable to a wider range of batch reactors.

Banavar, Maritan and Rinaldo [22] derived a general relationship between size and flow rates in general networks with local connectivity which can predict scaling relations applicable to all efficient transportation networks.

Field application showed that the linear relation is applicable in the oilfields at medium high water cut stage.

If this relation is applicable to VLF, the adequate value of dc for VLF could be roughly estimated by [dc2 × (simulated ÷ observed migration speed; km/day) = (0.43 × 10−3) × (1 ∼ 3/2 ∼ 20) ≒ 0.6 ∼ 0.02 × 10−3 m].

Since the scale relation is applicable to various Prandtl number fluid flows, it is expected to be useful for the thermal hydraulic analysis of liquid metal coolant reactors as well as moderate Prandtl number coolant reactors.

The exposure-response functions are based on participants from all three cities which makes the relation generally applicable since the three cities differ both in size and geographical location.