Sentence examples for were derived relating from inspiring English sources
The periods were derived relating to the beginning and the end of the roadwork performance at the sites treated.
Regression equations were derived relating TTDs to EO, pH and T and log P% of both organisms to EO, pH, T and D. From these models the values of predicted TTD and log P% of S. Typhimurium and St. aureus can be calculated by any combinations of EO, pH, T and D (for log P%) within the limits studied.
Equations were derived relating risk and the proportion of the population (F) deemed to be at high risk on risk factor analysis, based on the formula for weighted average.
Various statistical inferences were derived related to regulations for the installation, service and operation of elevators.
A dispersion relation was derived relating the vertical wavelength (λ m = 2π/m) and the horizontal wavelength (λ k = 2π/k) being:, where ω(= 2π/T) is the wave frequency of TEC disturbances, is the speed of sound, γ = 1.4 is the ratio of specific heats, g is the gravitational acceleration, H(= k B T/Mg) is the scale height, k is the horizontal wavenumber, and m is the vertical wavenumber.
Previous theoretical results have been derived relating the linear IV estimate to a weighted average of derivatives; this finding is similarly motivated, but the interpretation as a population-averaged causal effect is likely to be more familiar to an audience of applied researchers.
Assuming regular-solution behaviour (i.e., SE = 0), an equation may be derived relating Gibbs energy, Avogadro's number, interchange energy, and mole fractions.
Explicit expressions are derived relating the L-moments and the input from experimental data.
Through this capability, a relationship was derived relating F x and M y through the coefficient of kinetic friction, μ k.
Equations are derived relating the rate and equilibrium parameters for adsorption and reaction in a spherical pellet to measurable properties acquired in pulse response experiments.
Equations have been derived relating the rate and equilibrium parameters for adsorption and reaction on a single catalyst pellet to measurable properties of pulse-response experiments.
