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 (ĭn-hō′mə-jə-nē′ĭ-tē, -nā′-, hŏm′ə-)
n. pl. in·ho·mo·ge·ne·i·ties
1. Lack of homogeneity.
2. Something that is not homogeneous or uniform.

in·ho′mo·ge′ne·ous (-jē′nē-əs, -jēn′yəs) adj.


(ɪnˌhəʊməˈdʒiːnɪəs; -ˌhɒm-)
not homogeneous or uniform
inhomogeneity n
ThesaurusAntonymsRelated WordsSynonymsLegend:
Adj.1.inhomogeneous - not homogeneous
heterogeneous, heterogenous - consisting of elements that are not of the same kind or nature; "the population of the United States is vast and heterogeneous"
References in periodicals archive ?
The second challenge consists in developing an adaptive multiscale numerical method for diffusion in inhomogeneous media.
This capability allows the potential for challenging clinical cases to be analyzed with the highest accuracy and confidence such as inhomogeneous head, neck, and lung regions; critical structures; and metal implants.
Investigation of the flow field in thin polymer films due to inhomogeneous drying--Philipp Cavadini, Joachim Erz, Dirk Sachsenheimer, Anne Kowalczyk, Norbert Willenbacher, Philip Scharfer, and Wilhelm Schabel
He said the solution appears in the standard form as the sum of the solution of the equivalent homogeneous problem and the particular solution of the inhomogeneous problem at hand.
2) Large differences between the hardness of the sample and the mount resin can lead to inhomogeneous grinding and polishing, causing poor edge retention.
However, the deformation of the material surrounding the seal area is complex and inhomogeneous.
Grudev complained that he was forced to defend an inhomogeneous program lacking clearly defined goals at the EC, stressing that he had to continue working on the scheme because Bulgaria owed this to the business sector and to the beneficiaries under the program.
PCB laminate dielectric materials consist of woven fibers in a resin matrix and are inherently inhomogeneous and anisotropic.
Because it is extremely flexible and easy to implement, they say, it is an essential tool in modeling inhomogeneous, anisotropic, and dispersive media with random, multilayers, and periodic fundamental or device nanostructures.
2011), along with the averaging and homogenization methods (Barski, Muk 2011) for structurally inhomogeneous materials.