Throughout the formulations of this article, ε, T, ⊙ and ⊗ denote the expectation, the conjugate transpose matrix, the transpose matrix, the Hadamard product and the Kronecker product operations, respectively.
Throughout the formulations of this paper, E denotes expectation, H denotes the conjugate matrix transpose, T denotes the matrix transpose, ⊙ denotes the Hadamard product and ⊗ denotes the Kronecker product.
Elementary considerations motivate the modeling throughout the paper and the formulation is integrated within the unified continuum thermodynamics of open media, which is crucial in setting the convenient forms of the state laws and evolution equations for the flux variables to fully characterize the behavior of porous materials.
We do not claim RTP to be a new metric; we rather introduce this notion to keep the formulation throughout the manuscript as concise as possible.
In this paper the time dependence e − jωt was considered throughout the mathematical formulation.
Accordingly, the following integer variables and constraints are introduced for EH unit j at hour t: I_{jt}^{text{P2H}} + I_{jt}^{text{G2P}} le 1 (6)where (I_{jt}^{text{G2P}}) is 1 in the G2P mode, otherwise it is 0; (I_{jt}^{text{P2H}}) is 1 in the P2H mode, otherwise it is 0. Superscripts G2P and P2H are used throughout the following formulation.
The model tablets took advantage of the unique physicochemical properties of PS microspheres for Raman particle sizing in tablets, including the Raman spectrum, particle size, and particle shape, which remained unchanged throughout the Ebastel formulation process.
A small illustrative example appears throughout the paper to demonstrate the formulation and solution issues.
The physical stability of the formulation was maintained throughout study duration.
