Sentence examples for numerous physical properties from inspiring English sources

The primary capacity of heat treated manganese dioxide in Li/MnO2 batteries is directly related to the numerous physical properties which characterize this material.

Density is known to be an important parameter determining numerous physical properties of EPS concrete, and it is determined primarily by the volume fraction of polystyrene aggregates.

However, the effect of soil organisms and their interactions on the numerous soil physical properties to be considered are still poorly understood.

Numerous mechanical and physical properties of microstructures depend on the spatial arrangement of features such as precipitates, voids, and inclusions.

The Keller Box scheme is a face-based method for solving partial differential equations that has numerous attractive mathematical and physical properties.

Coincident with these structural modifications are numerous changes, often dramatic, in physical properties.

The literature presented clearly revealed that hyperspectral imaging systems have gained a rapid interest from researchers to display the chemical structure and related physical properties of numerous types of food stuffs and hyperspectral imaging systems are expected to gain more considerably more potential and application in food processing and engineering plants.

There are numerous reports on the effect of physical properties of the substrate on enzymatic hydrolysis and chemical catalytic conversion, with an understanding that increasing the surface-to-mass ratio is an effective way to improve enzymatic saccharification [ 6].

In contrast, the structural motif of the I-C140 fullerene has not yet been proven experimentally, although numerous calculations on the structure and physical properties have been performed for the carbon cluster.[ 9– 11, 25] The diameter of the outer scaffold of 2 of roughly 18.0 Å is much larger than the predicted diameter of I-C140 (10.5 Å; see Ref. [ 2b]).

Hydrogels and their colloidal analogues, microgels, have been and continue to be heavily investigated as viable materials for biological applications because they offer numerous, facile avenues in tailoring chemical and physical properties to approach biologically harmonious integration.

The introduction of micro-cavitary structures within the Gel-MCG improves its physical properties as well as creates numerous gel-microcavity interfaces within gel-based matrices.