Sentence examples for microscopic distributions of from inspiring English sources
Microscopic distributions of residual stresses were evaluated in multilayered composite specimens consisting of Al2O3/3 mol% Y2O3-stabilized ZrO2 (3Y-TZP) layers with different compositions and thicknesses.
This paper outlines the data-constrained microstructure modelling (DCM) approach to determine microscopic distributions of pores (voids), quartz and calcite in sandstone.
These interactions provide information on the microscopic distribution of electric charge around the nucleus.
We found that stomach acid controls not only the overall bacterial density, but also the microscopic distribution of bacteria that colonize the epithelium deep in the gastric glands.
This growth technique is suitable for the practical casting method, and it is made up of melt growth of SiGe multicrystals with wide and microscopic distribution of the composition from Si to Ge all over the crystals.
We use Young measures to describe the microscopic distribution of the internal variables as well as the quasiconvexification of the elastic stored-energy density with respect to the deformation gradient.
General characteristics of composite materials technology can also be called as 'micromechanics' because it deals with the relations between macroscopic engineering properties and the microscopic distribution of the material's constituents, namely the volume fraction of the reinforcement elements and also interface relation of the reinforcing elements with their matrix.
We analyzed microscopic distribution of epicuticular waxes, all kinds of component content, gene expression difference, which all results could demonstrate that AtOFP8 was able to regulate epicuticular waxes accumulation in some way.
Microdosimetry which is a conceptual framework used for the analysis of microscopic distribution of energy in irradiated matter, can be used to investigate the physical basis of primary lesions induced by radiation.
Results in Figs. 6 (a) and (b) indicate that the SOCT signal not only depends on macroscopic optical properties of the specimen such as scattering and absorption coefficients, but also strongly depends on the microscopic distribution of scatterers if there is speckle.
We investigated excised samples from human pigmented lesions and found eumelanin content was substantially increased in melanoma and that imaging the microscopic distribution of eumelanin and pheomelanin could be used to separate melanomas from benign nevi in a highly sensitive manner [ 22].
