Sentence examples for derived from the mechanism from inspiring English sources

Blackboard-based negotiation is derived from the mechanism of negotiation among intelligent agents using a blackboard as a media where each agent exchange information.

The orders of polymerization rate to peroxide group concentration and monomer concentration were found to be 0.5 and 1.0, respectively, which validates the correctness of kinetic model derived from the mechanism of polymerization.

Furthermore, the structural heterogeneity among micronuclei, with respect to chromatin condensation or the presence of lamin B, derived from the mechanism of micronuclei formation.

The significant effect of correcting the serum sodium concentration derived from the mechanism of vasopressin V2-receptor antagonists.

Through systematic application of steady-state and partial-equilibrium approximations, a seven-step reduced mechanism is derived from the short mechanism, involving four steps that are important during the induction process leading to ignition and three that are important during the slower further heat release that follows ignition.

These kinds of pleiomorphic effects in evolution probably derive from the mechanisms for generation of the beaks during the growth of the baby birds.

Hard-modelling, the evolution of a chemical reaction by the rate law derived from the molecular mechanism, is a powerful method for this application.

The kinetic equation consistent with the experimental results is which is consistent with the theoretical equation derived from the proposed mechanism, with the assumption that the adsorbed intermediate, (PdCl−2)ad follows Temkin adsorption behavior.

The average SHmax orientation in wells B, C, D and E in the Kelasu Belt correspond to 124.76°N (±8.5°), 92.86°N (±4.3°), 143.28°N (±7.1°) and 180.89°N (±4.5°), respectively, which coincides well with the result derived from the focal mechanism solution.

A rate equation for dye degradation, derived from the reaction mechanism that reflects the involved elementary reaction steps, fit the experimental kinetic data satisfactorily and thus can be used for reactor design.

The analysis indicates that the ignition is initiated by the breakdown of H2O2 to the highly reactive radical OH via the reaction H2O2 + M → 20H + M. A new analytical expression for the "third limit" is derived from the reaction mechanism by introducing the concept of a critical OH concentration; it is shown to be in agreement with the experimental data.