Sentence examples for equivalence for all from inspiring English sources

In more detail, we'd not only talk about the equivalence for all types of masses, but for all types of energies, collected in what is known as the stress-energy-tensor. Again, the details get mathematical very fast, but aren't so relevant to understand the general structure.

There was a 91% response rate to the initial assessment questionnaires, and analysis showed equivalence for all key characteristics between the treatment and control groups.

A universal translation, an approach focusing on commonalities, rather than differences across versions developed in regions or countries speaking the same language, is proposed to ensure conceptual equivalence for all items.

(i) Equivalence: For all T ∈ T, it holds (8.18) C 13 − 1 h (T ) ≤ h (T, k ) ≤ h (T ) almost everywhere in   ⋃ T. (ii) Contraction on the k -patch: All refinements T ^ ∈ T of a triangulation T ∈ T satisfy (8.19) h (T ^, k ) | T ≤ ρ h h (T, k ) | T for all   T ∈ ω k (T ; T ∖ T ^ ).

Identification and review of evidence of equivalence for all economic studies that did not claim or cite equivalence was beyond the capacity of this study, and so a pragmatic approach was taken that excluded economic studies that either did not claim equivalence or provided no direct or indirect (cited) evidence of effectiveness.

Equivalence: For all T ∈ T, it holds (8.18) C 13 − 1 h (T ) ≤ h (T, k ) ≤ h (T ) almost everywhere in   ⋃ T. Contraction on the k -patch: All refinements T ^ ∈ T of a triangulation T ∈ T satisfy (8.19) h (T ^, k ) | T ≤ ρ h h (T, k ) | T for all   T ∈ ω k (T ; T ∖ T ^ ).

The CO2 level increases with equivalence ratio for all Reynolds number.

The equivalence ratio for all experiments was kept at a constant value of 1 with methane as the fuel.

Expressivity and axiomatizations are investigated for models without restrictions, and for models with equivalence relations for all agents (modeling knowledge) and awareness introspection (agents know what they are aware of).

Specifically, at low approach velocities (5 m/s), the effect of upstream flow modulation is to improve flame stability as evidenced by lower flame blowoff equivalence ratios for all three types of flame holders considered.

Regression analysis is performed and correlations for the yield of different syngas constituents are developed in terms of temperature, steam to biomass ratio and equivalence ratio for all the biomasses.