Übersetzung für 'energy level' von Englisch nach Deutsch

energy level

Energiestufe {f}electr.phys.

Energiepegel {m}phys.

Energieniveau {n}phys.

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atomic energy level

Atomniveau {n} [Energieniveau]

Energieniveau {n} des Atomsphys.

energy level scheme

Energieniveauschema {n}phys.

level of energy

Energieniveau {n}

principal energy level

Hauptenergieniveau {n}phys.

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to increase the energy (level) of sth.

etw.^Akk. hinaufsteigern [geh.] [energisch steigern, erhöhen]

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radio frequency energy <RF energy>

Hochfrequenzenergie {f} <HF-Energie>tech.

speech recognition threshold level <SRTL, SRT level>

Spracherkennungs­-Schwellenwert / Spracherkennungs­schwellenwert {m}audio

multi-energy computed tomography <multi-energy CT>

Multi-Energy-Computertomographie {f} <Multi-Energy-CT>MedTech.

revision level <rev. level>

Revisionsstand {m} <Rev.-Stand>publ.tech.

five-level triage system <5-level triage system>

fünfstufiges Triage-System {n} <5-stufiges Triage-System> [auch: fünfstufiges Triagesystem]med.

five-level triage instrument <5-level triage instrument>

fünfstufiges Triage-Instrument {n} <5-stufiges Triage-Instrument>med.

energy

Tatkraft {f}

Energie {f}

Arbeitsvermögen {n}

Kraft {f}

motional energy

Bewegungs­energie {f}phys.

energy ministry

Energieministerium {n}pol.

energy supplier

Energieversorger {m}

energy waster

Energieverschwender {m}

energy dissipation

Energievernichtung {f}

embodied energy

graue Energie {f} [kumulierter Energieaufwand]ecol.

operating energy

Antriebsenergie {f}tech.

energy import

Energieimport {m}

energy secretary

Energieminister {m}pol.

energy access

Energiezugang {m}

• It is frequently due to non-radiative decay to the lowest vibrational energy level of the excited state.
• The transition of electrons from one quantum energy level to another causes light to be released.
• Visible light (and near-infrared light) is typically absorbed and emitted by electrons in molecules and atoms that move from one energy level to another.
• When the electron gets moved from its original energy level to a higher one, it then jumps back each level until it comes to the original position, which results in a photon being emitted.
• Each atomic orbital corresponds to a particular energy level of the electron.

• Initial predictions of the chemical properties of rutherfordium were based on calculations which indicated that the relativistic effects on the electron shell might be strong enough that the 7p orbitals would have a lower energy level than the 6d orbitals, giving it a valence electron configuration of 6d1 7s2 7p1 or even 7s2 7p2, therefore making the element behave more like lead than hafnium.
• This situation is called "degeneracy" and for the case where exactly two degenerate wavefunctions have the same energy that energy level is said to be "doubly degenerate".
• For example, the emission spectrum of a gas-discharge lamp can be altered by filling it with (mixtures of) gases with different electronic energy level configurations.
• After a number of collisions (often in the range of 10–20) with nuclei, neutrons arrive at this energy level, provided that they are not absorbed.
• When a core electron is removed, leaving a vacancy, an electron from a higher energy level may fall into the vacancy, resulting in a release of energy.

• The Fermi level "E"F is the energy level at which the electrons are in a position to interact with energy levels above them.
• As this process is continued, they all are slowed and have the same energy level, forming an unusual arrangement of matter known as a Bose–Einstein condensate.
• For example, the orbital 1s (pronounced as the individual numbers and letters: "'one' 'ess'") is the lowest energy level (...) and has an angular quantum number of [...] , denoted as s.
• The main-group elements have entirely regular electron configurations; the transition and inner transition elements show twenty irregularities due to the aforementioned competition between subshells close in energy level.