Übersetzung für "Electronic transition" in Deutsch

The electronic transition needs to change the potential energy and kinetic energy at the same time.

This means that an electronic transition between the different orbitals represents a metal-to-ligand charge transfer (CT) process.

During the electronic transition from E2 to E0, the resulting shorter wavelength differs from 21.

The attainment of the object by means of the invention can also be combined in the simplest manner (for example by means of said programming) with a mechanical grid installed in the manual control device, advantageously in such a way that the step sequence is programmed in such a way that during each step change of the mechanical grid device (for example when passing a grid groove or the like) the electronic transition to the next step of the control voltage also takes place.

The enlargement shows details of a channel with a dye molecule whose electronic transition moment (double-headed arrow) is parallel to the channel axis in large molecules and deflected in smaller molecules.

Both the metal atom and the (hetero)aromatic moieties of the two ligands N—B—N (or N—B?—N, N?N) and L-B?-L or N—B?—N (or N??N?) and L-B??-L are involved in the electronic transition on which the emission is based and which is associated with the HOMO-LUMO transition.

If the molecules to be detected are bound or adsorbed on the partial surface 131, electromagnetic radiation can excite an electronic transition of the molecule, so that the radiation is absorbed and the adhering molecules can be detected spectroscopically.

If the molecules to be detected are bound or adsorbed to the subarea 131, electromagnetic radiation can excite an electronic transition of the molecule, and therefore the radiation is absorbed and the adhering molecules can be detected by means of spectroscopy.

The more pronounced the CT character of an organic molecule, the more the electronic transition energies change as a function of solvent polarity.

Accordingly, the light beam 41 comprises laser radiation with a narrow spectral band, which can selectively excite at least one electronic transition, a rotational transition or a vibrational transition in the molecules to be detected.

Electronic correlations in transition-metal oxides lead to a complex landscape of mutually competing structural, electronic, and magnetic phases.

For this purpose, a group of these experiments uses the electronic transition 1 S0 – 3 P0 of 87 Sr.

In Resonance Raman (RR) spectroscopy the wavelength of the exciting light source, typically a laser, coincides with the wavelength of an electronic transition of the sample.

In this case, the Raman scattering intensities of totally symmetric vibrations of the molecular moiety involved in the electronic transition are enhanced by a factor of 102 to 106.

Selecting an excitation wavelength far away from any electronic transition of the sample generally avoids fluorescence.

The presented electron-poor transition metal complex compound is evaporated at the same time with the matrix material.

An extremely electron-poor transition metal complex compound is provided in a very high purity.

The discovery of the electron-hole transition has made a real revolution in electronics.

Similarly, kovar is used for metal-glass implementations of electronic components, material transitions in vacuum chambers.

These quantities can be correlated with electron affinities, ionisation potentials, electronic transitions and reactivities.

In the case of "forbidden" electronic transitions excited-state-lifetimes of micro- or milliseconds occur.

In the first half of 2018, 43.5 thousand electronic transit declarations were issued by the customs authorities of the Utu.

Validators are used primarily for loading electronic transit passes purchased via e-shop.

Now the properties of the electron-hole transition are used in electronics, radio engineering, and microelectronics.

For the application of paragraph 1(a) and (c), the customs authorities shall ensure that the transit data are recorded in the electronic transit system and exchanged between the customs authorities using that system.

The customs office of departure shall record the number of the seals affixed by that customs office and the individual seal identifiers, in the electronic transit system.

Where the decision to apply the business continuity procedure is taken, any transit data with LRN or MRN allocated to the transit operation shall be withdrawn from the electronic transit system on the basis of information provided by a person who lodged that transit data into the electronic transit system.

Unavailability of the computerised system used by the holders of the procedure for lodging the common transit declaration data by means of electronic data-processing techniques or of the electronic connection between that computerised system and the electronic transit system

Where the customs authorities in whose territory the means of transport is located consider that the common transit operation concerned may continue, they shall take any steps that they consider necessary, and shall record relevant information concerning the incidents referred to in the first subparagraph of this paragraph in the electronic transit system referred to in Article 4.’;