Sentence examples for model describes two from inspiring English sources
The model describes two principal processes: (a) water quality behaviour and (b) hydrodynamic behaviour.
This nonlinear model describes two coupled phenomena that occur during the reservoir invasion: the mudcake formation and the mud-filtrate diffusion through the porous media.
The model describes two simultaneous mechanisms of free volume loss: free volume diffusion to the film surface (thickness dependent) and lattice contraction (thickness independent).
Based on our accumulated research findings that elementary droplet/ligament generation is a deterministic phenomenon, not something random as considered in the conventional understanding, the model describes two dominant modes of turbulent atomization, i.e. the turbulent resonant mode and the Rayleigh Taylor (RT) mode, in a physically straightforward manner.
The proposed model describes two types of evidence that can be generated, namely network and system evidence.
The model describes two biological outcomes with multi-state nodes: Proliferation (a 4-state node) and Apoptosis (a 3-state node).
The model describes five processes: (1) flow (differentiation), (2) autocatalytic formation (growth), (3) degradation (death), (4) phase transition from immobilized to mobile phase (quiescent to cycling transition), and (5) phase transition from mobile to immobilized phase (cycling to quiescent transition).
One model describes three different stages of tendinopathy; reactive tendinopathy, tendon disrepair and degenerative tendinopathy, although these occur as a continuum rather than three completely distinct phases.
Broadly speaking, the latent model describes nine classes (3×3) that corresponds to three levels (low/medium/high) of copy loss and copy gain.
The PHR Adoption Model describes four factors that can influence behavior which may lead to outcome changes: personal factors, technology factors, environmental factors, and chronic disease factors [ 6].
The model describes sixteen molecular species (twelve of which are dynamically independent) and depends on twenty-four parameters, which characterize the rates of seventeen biochemical processes (protein expression and degradation, complex association/dissociation, and transport across the nuclear membrane).
