The asymptotic structure of unstrained, laminar, fuel-rich, premixed methane flame is analyzed by using a reduced chemical-kinetic mechanism made up of three global steps.
The asymptotic structure of laminar, moderately rich, premixed methane flames is analyzed using a reduced chemical-kinetic mechanism comprising four global reactions.
However, it is still impossible to determine exactly the loss in accuracy relative to the full model when reduced kinetic models are used for predicting quantities of interest (typically state variables).
This reduced kinetic model is then coupled to a detailed population balance model using an operator splitting technique.
Ignition delay time, τi, and excitation time, τe, for CH4/air mixtures are mathematically modelled, using a comprehensive chemical kinetic scheme and a reduced global model.
Lubricants are widely used in many fields to reduce kinetic friction and their behaviour is usually characterized through appropriate tribological tests.
Creatinine was measured by a Hitachi autoanalyzer using a modified kinetic Jaffe reaction.
The dynamics of the networks were simulated using a detailed kinetic model of gene regulation.
The absorbance (OD 595nm) was measured daily using a Vmax Kinetic microplate reader (Molecular Devices).
Serum creatinine was estimated using a modified kinetic Jaffé reaction.
