Adjectives For Matrix
Discover the most popular adjectives for describing matrix, complete with example sentences to guide your usage.
Updated on March 16, 2024
The word 'matrix' can be paired with a number of adjectives, each adding its own unique shade of meaning. An 'extracellular' matrix refers to the complex network outside cells, highlighting its biological importance. A 'diagonal' matrix, on the other hand, speaks to geometric precision within mathematics and physics. Describing a matrix as 'organic' often suggests a naturally occurring framework, adding a touch of the natural world to the conversation. Meanwhile, a 'symmetric' matrix brings to mind images of balance and uniformity. And calling a matrix 'original' or 'solid' can underscore its novelty or reliability. Each adjective opens up a new facet of understanding, enriching the conversation. Discover how these and other adjectives unveil the multifaceted character of 'matrix' in the full list below.
| extracellular | Fibroblasts secrete proteins that form the extracellular matrix |
| diagonal | This is a diagonal matrix |
| organic | The organic matrix of the bone is composed of collagen, which provides strength and flexibility. |
| symmetric | The symmetric matrix is a square matrix. |
| original | The original matrix was destroyed and a new one was created. |
| solid | The material consists of a solid matrix with dispersed particles. |
| nuclear | The nuclear matrix is a network of proteins that provides structural support to the nucleus. |
| jacobian | The Jacobian matrix of the function describes the local behavior of the function near a given point. |
| dimensional | The dimensional matrix was analyzed by the team of scientists. |
| positive | The eigenvalues of a positive matrix are all positive. |
| triangular | The triangular matrix has diagonal elements and zero elements above or below the diagonal. |
| definite | A definite matrix is one for which all the elements are known. |
| complex | The complex matrix puzzled the mathematician. |
| cultural | The company's cultural matrix emphasized teamwork and innovation. |
| orthogonal | The orthogonal matrix preserves the dot product of vectors. |
| hessian | The hessian matrix is a square matrix of second-order partial derivatives. |
| corresponding | The corresponding matrix of the linear transformation is a 3x3 matrix. |
| amorphous | The amorphous matrix of the polymer exhibited a high degree of flexibility. |
| intercellular | The intercellular matrix provides strength and support to the cells within a tissue. |
| dense | The dense matrix contained important data for the analysis. |
| germinal | The germinal matrix is a layer of cells in the brain that gives rise to neurons. |
| sparse | The sparse matrix is a matrix with a large number of zero values. |
| constant | The constant matrix is used in many applications, such as physics and engineering. |
| cytoplasmic | The organelles are suspended in a cytoplasmic matrix a gel-like substance that fills the cell. |
| entire | The entire matrix was filled with zeros. |
| global | The team used a global matrix to analyze the data. |
| initial | The initial matrix for the Markov chain is a probability distribution over the states of the chain. |
| complete | The complete matrix was used to calculate the eigenvalues. |
| calcified | The calcified matrix composed of calcium and phosphate, provides strength and support for bones. |
| unitary | The unitary matrix is a square matrix whose inverse is equal to its conjugate transpose. |
| fundamental | The fundamental matrix is a 3x3 matrix that describes the relationship between two views of a scene. |
| cell | The cell matrix is a complex structure that provides structural support and biochemical cues for cells. |
| porous | The porous matrix allowed for efficient diffusion of molecules. |
| singular | |
| grained | The fine-grained matrix was composed of quartz and feldspar. |
| nonsingular | The determinant of a nonsingular matrix is not zero. |
| gelatinous | The jellyfish's body is made up of a gelatinous matrix |
| polymeric | The polymeric matrix was reinforced with carbon nanotubes. |
| homogeneous | The homogeneous matrix represents a transformation from one coordinate frame to another. |
| hermitian | The matrix A is a Hermitian matrix if it is equal to its conjugate transpose. |
| mesangial | Mesangial matrix is an extracellular matrix produced by mesangial cells in the kidney. |
| multimethod | The multimethod matrix is a structured way to organize multiple methods. |
| rectangular | |
| residual | The residual matrix represents the data that has not been explained by the model. |
| rich | The rich matrix contained a diverse array of molecules and proteins. |
| fibrous | The fibrous matrix provides structural support to the tissue. |
| asymptotic | The asymptotic matrix allows us to analyze the asymptotic behavior of discrete-time Markov chains. |
| disciplinary | The disciplinary matrix is a framework for understanding the relationship between power and knowledge. |
| collagenous | The collagenous matrix provides structural support to the cells. |
| soft | The soft matrix cushions the delicate tissue from harm. |
| off | The off matrix elements are small and can be neglected. |
| stochastic | The stochastic matrix is used to model the transition probabilities between states in a Markov chain. |
| glassy | The glassy matrix of the rock contained inclusions of quartz. |
| continuous | The continuous matrix corresponds to the finite subdivision of any component interval of a tree. |
| structural | Cells, tissues, and organs contain a structural matrix that is composed of proteins and carbohydrates. |
| sandy | The sandy matrix was a perfect place for the turtle to lay its eggs. |
| hamiltonian | The motion of a quantum mechanical particle in a force field is governed by a hamiltonian matrix |
| overall | The overall matrix was quite large and consisted of several different types of data. |
| above | The term above matrix describes the values found above the main diagonal of a matrix. |
| ceramic | The ceramic matrix was made of a mixture of alumina and zirconia. |
| cartilaginous | The cartilaginous matrix consists mainly of water, collagen and proteoglycans. |
| 3x3 | The 3x3 matrix has nine entries. |
| arbitrary | The arbitrary matrix is not invertible. |
| granular | The granular matrix is a porous, three-dimensional structure that allows for the exchange of nutrients and waste products between cells. |
| functional | The functional matrix of a protein is a property associated with its biochemical characteristics and biological processes. |
| tridiagonal | The tridiagonal matrix is a specific type of matrix where each element outside the main diagonal is zero. |
| elastic | The elastic matrix of the aorta is composed of elastin and collagen. |
| dynamical | We derive an expression for the phonon self-energy for a three-dimensional crystal in terms of the dynamical matrix and the electron Green's function. |
| dynamic | We can use dynamic matrix programming to solve the problem of finding the longest common subsequence of two sequences. |
| like | It was like matrix |
| square | The square matrix has equal numbers of rows and columns. |
| plastic | The composite materials are composed of a plastic matrix reinforced with a woven carbon fiber fabric. |
| null | The null matrix is a matrix with all elements equal to zero. |
| insoluble | The insoluble matrix was composed of a mixture of lipids and proteins. |
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