Sentence examples for series elements from inspiring English sources

Octahedral complexes of metals of the first transition series (elements from scandium to copper) have reached their maximum stable coordination number, six.

In 1944, after further discoveries, Seaborg hypothesized that a new series of elements called the actinoid series, akin to the lanthanoid series (elements 58 71), was being produced, and that this new series began with thorium (Th), atomic number 90.

For the first transition metal series elements in a calcite or iron oxide matrix, the depth resolution will fall in the 10 25 μm range.

In addition to common series elements like secrets and unlockables, there is also an optional time attack mode.

Equivalent circuits produced by this scheme are similar, but are the dual impedance forms whereby series elements become parallel, capacitors become inductors, and so on.

The sections of the hypothetical infinite filter are made of series elements having impedance 2Z and shunt elements with admittance 2Y.

Then, a three-dimensional constitutive model is derived based on a four-elements model with an elastic series element by considering the adhesive to be a glassy polymer.

Pyrochlores are highly crystalline defect fluorite oxide with the general formula of A2B2O7, where A is a lanthanide series element, and B is a transition metal, and the ionic ratio of r A/r B is 1.4 1.6.

However, for a mid-series section (that is, a section from halfway through a series element to halfway through the next series element) will have the same image impedance on both ports due to symmetry.

For the example shown (figure 6) of a shunt lumped element, :\mathit \Gamma = \frac {-Z_0}{Z_0+2Z_\mathrm L}  T = \frac {2Z_\mathrm L}{Z_0+2Z_\mathrm L}  Similar expressions can be developed for a series element, or any electrical network for that matter.

The image impedance of the half-section is dissimilar on the input and output ports: on the side presenting the series element it is equal to the mid-series ZiT, but on the side presenting the shunt element it is equal to the mid-shunt ZiΠ.