"defines the relation between" is a grammatically correct and commonly used phrase in written English.
It is typically used to describe how two things or concepts are connected or related to each other. Example: The theory of relativity defines the relation between space and time, showing that they are intertwined and affected by each other.
where the Boltzmann principle which defines the relation between the density of state and the entropy is assumed.
{text{div }}sigma - f = 0 (30)The equation of the poroelasticity defines the relation between stress and strain.
Badiou uses this concept to name a precise kind of faithful conviction that defines the relation between political subject and political sequence.
Depending on the network deployment, matrix [ B ] | In ( v 0 ) | × | E | defines the relation between the content of edges, Y ̲ ( t ), and the received packets at the decoder node v0.
The entropy then is used with the score equation ({text{Score}} v) = frac{{{text{InfoGain}} v)}}{{{text{AnonyLoss}}left( v right) + 1}},) which defines the relation between information gained and anonymization loss.
The repeated measures covariance structure defines the relation between variances and covariances in the model for the repeated effect (time).
The MIMIC model is a special case of structural equation model (SEM) and comprises two parts: a measurement model which defines the relations between a latent variable (a specific HRQoL domain) and its indicators (items measuring a specific HRQoL domain) and a structural model which specifies the relationships among latent variables and BMI weight status.
This method for estimating store content may be useful for quantifying the overlap between functionally distinct stores and for defining the relation between store content and cellular responses.
In the formulation proposed here, the 1st- and 2nd- order Taylor approximations are employed to define the relation between the dimensionless normal stress and the sine of the instantaneous friction angle.
These chromatin modifiers, with tuned binding kinetic profiles, can be used to define the relation between target engagement requirements and the pharmacodynamic response of HDACs in different disease applications.
In order to define the relation between the JKR contact radius and applied load without measuring the contact radius optically, we used a relation between applied load and contact stiffness by examining the correlation between the JKR contact radius and stiffness through dimensional analysis with 14 elastomeric polymers.
