Sentence examples for equilibrium weight from inspiring English sources

The equilibrium weight swelling ratio of these formulations remained steady throughout the 2 week study (46.45 ± 3.14, 48.55 ± 2.91 and 42.41 ± 3.06, respectively).

Mechanical and weight gain experiments demonstrated a significant impact of these nanostructures on the hydrogel's elastic modulus as well as the transient and equilibrium weight gain ability of the material.

The fractional monomer conversion x, the weight fraction of gel Wg, and the equilibrium weight swelling ratio qw of the hydrogels were measured as a function of the reaction time.

The test was continued till equilibrium weight was reached.

The equilibrium weight percent of acid decreases from about 80% near the top of the model domain to over 90% near the cloud base.

The equilibrium weight percent of the sulfuric acid to water ratio in the droplets is determined by the ambient temperature and the water vapor concentration.

While applying the Lattice Boltzmann ADE two-relaxation-times (TRT) scheme for a transport with given Péclet number (Pe) one should select six free-tunable parameters, namely, (i) molecular-diffusion-scale, equilibrium parameter; (ii) three families of equilibrium weights, assigned to the terms of mass, velocity and numerical-diffusion-correction, and (iii) two relaxation rates.

The decreased rate of degradation and resulting 40% increased equilibrium molecular weight of GO-PA11 was attributed to the highly asymmetric planar GO nano-sheets that inhibited the molecular mobility of water and the polymer chain.

At a loading of 1 mg/g, GO to PA11, the accelerated aging equilibrium molecular weight of GO-PA11 was higher (33 and 34 kg/mol at 100 and 120 °C, respectively) compared to neat PA11 (23 and 24 kg/mol at 100 and 120 °C, respectively).

The higher equilibrium molecular weight for GO-PA11 loaded at 1 mg/g was the result of a decreased kH, 1.8 and 4.5 ( × 10−2 dand1), and an increased kP, 10 and 17 ( × 10−5 day−1) compared with neat PA11 at 100 and 120 °C, respectively.

These isotherms relate the amount of solute adsorbed at equilibrium per weight of adsorbent, qe, to the adsorbate concentration at equilibrium, Ce.