Sentence examples for materials can be understood from inspiring English sources
Today's Nobel trio showed that electrical properties of a large class of materials can be understood by mapping real physical quantities (say, the interactions of electrons) into an abstract mathematical (or topological) space.
The catalytic behavior of the materials can be understood when considering factors as chemical composition and alloy degree in the prepared nanoalloys.
Such modifications in materials can be understood by the concept of active self-organizing processes in crystal lattices, where the energy transition from a vibrational mode to a translational mode takes place.
Such deviations of the thin film stoichiometry from the bulk glasses and further changes to them under the external (laser) influence with photon energy close to the band gap of investigated materials can be understood and explained from a detailed component analysis [29, 30].
These results reinforce our contention that these metastable switchable state materials can be understood, rationalised and further developed using core chemical principles.
Readability is defined as the level of ease at which text material can be understood by a particular reader who is reading that text for a specific purpose (Pikulski 2002).
The positive thermal expansion is commonly observed in most bulk materials and can be understood in terms of Gruneisen parameter [1 3].
In most emerging industries including batteries, solar cells, electronic components, printed electronics, the material processing can be understood based on a single platform – 'transport phenomena of complex fluids' – which has rarely been in the subject of academic research.
Based on these studies, the adsorption and sensing properties of CNTs based materials to SF6 decompositions can be understood.
The three materials CA1, CA2, and water can be understood as a three-dimensional (3D) vector space.
They increase their organization in regions of energy flow, and, indeed, their cycling of materials and their tendency to grow can be understood only in the context of a more general definition of the second law that applies to open as well as closed and isolated systems.
