We then propose a new probabilistic model relating the words and the topics.
A simple model relating the interface velocity to the observed lamellar spacing is proposed.
The pharmacodynamics of propofol were described by a sigmoid model, relating the probability of sedation to plasma propofol concentration.
A second order model, relating the current efficiency to pH and temperature, has been developed.
The second set of simulations was used to generate a reduced model relating the design variables to the identified parameters.
The use of this methodology enabled the calculation of a regression model relating the dry bending strength with composition.
Finally, a new empirical model relating the in situ strength of concrete with porosity, pore size characteristics, cement content, aggregate type, exposure conditions, etc., is presented.
A geometric model relating the resolved 2D polymer shape to the initial shape and strain orientation reveals linear correlation between the model-predicted and experimentally-observed shapes.
The second uses a model relating the outputs only and works well whether revertants are present or not, but its tracking ability is poor.
A comprehensive, micromechanical model, relating the longitudinal stress and transverse strain during tensile testing of unidirectional fibre toughened ceramic matrix composites, has been developed.
A simple quantitative nanostructure-activity relationship model relating the surface substituent properties to the inhibition potential was then established for the six competitive inhibitors.
