Sentence examples for density coefficient from inspiring English sources

The measurement and characterization of thermo physical properties of MMC such as density, coefficient of thermal expansion (CTE), specific heat (Cp) and thermal conductivity plays a important role.

The predicted density, coefficient of thermal expansion, glass transition temperature and elastic constants of the resulting polymers are in excellent agreement with experiments.

The crop coefficients (Kc) at crop development stage in both growth seasons were calculated from ETc/ET0 and estimated by the equations proposed by Allen and Pereira (2009) that consider a plant density coefficient.

The plastic strain energy density coefficient of the alloy modified with the addition of a higher content of Ti V Zr in the T6 temper condition was higher than the other studied alloys and reached 162 MJ m−3.

As a major outcome, ALFRED has turned out to be inherently stable on the entire power range independently of both the fuel burn-up and the value of the coolant density coefficient, which should reach unrealistic high values (nearly 6 pcm K−1) to make the reactor unstable.

Interestingly, in the first augmentation, excess bargaining coverage is positively associated with inequality while the union density coefficient estimate is basically unchanged.

We present a method for uniquely determining the mixing energy density coefficients involved in the N-phase model based on the pairwise surface tensions among the N fluids.

The density, coefficients of volume thermal expansion and glass transition temperature (Tg) of each of the four cross-linked epoxy systems were obtained from their volume temperature behavior.

On the other hand, the general form enables one to compute the N-phase mixing energy density coefficients in an explicit fashion in terms of the pairwise surface tensions.

The coefficient of variation for outerwood density within each stand based on a single core per tree averaged 7.5% and did not vary with mean density (coefficients of variation averaged 7.8, 7.5, 7.3, and 7.6% for stands with mean wood density < 250, 250 400, 400 450, and >450 kg m−3 respectively).

However, a good agreement within the statistical error on the integral kinetic parameters, Doppler reactivity coefficients, coolant density reactivity coefficients, axial and radial expansion reactivity coefficients, power density distributions can be observed among the libraries.