Sentence examples for properties of an element from inspiring English sources

The quality metric is a continuous function that measures one or more geometric properties of an element and provides a measure of how "good" the shape of an element is.

Which means that heavier elements have their electrons in higher-energy states, and what the energy state of the last electron added is what determines the chemical properties of an element.

The chemical properties of an element are determined by the state of the last few electrons added, and thus all the rich phenomena of chemistry are really due to the fermionic nature of electrons.

Thus, it is relatively easy to predict the chemical properties of an element if one knows the properties of the elements around it.

Since the properties of an element are mostly determined by its electron configuration, the properties of the elements likewise show recurring patterns or periodic behaviour, some examples of which are shown in the diagrams below for atomic radii, ionization energy and electron affinity.

Valence, also spelled valency, in chemistry, the property of an element that determines the number of other atoms with which an atom of the element can combine.

Isaacs et al. [5] investigated the property of an element x of odd order such that every irreducible character does not take zero on x, and proved that such element x was contained in the Fitting subgroup.

The spoVG promoter has an AT-rich upstream sequence that was shown to have properties of an UP element, and was required for transcription [39], [40].

The stiffness and frequency dependent inertia properties of a square element, given in Appendices for both a non-conforming and a conforming element, are used to predict the vibration frequencies and modal shapes for a square plate subjected to four sets of boundary conditions.

The propagation of uncertainty from the mechanical and geometrical properties of a structural element to fracture mechanics parameters, as the stress intensity factor and the J integral, is studied using a stochastic finite element method.

The F3 model editor is shown in Figure 3 and it is composed of three parts: 1) editor panel, which is used to create and visualize F3 models; 2) menu bar, which provides the F3 elements and relationships to be included in the models; and 3 properties panel, which displays all properties of a selected element or relationship in the model.