Translation of "Energie abgeben" in English

The coupling capacitor C 3 can then be discharged and supply its energy again.

In doing this, the water should lose some of its speed and energy.

All materials absorb, reflect and emit radiant energy.

Your body will expend energy to warm up the water.

However the intensity of the black energy emitted through them has reduced.

They can break, thereby releasing energy.

The capacitor can store and deliver the energy to be applied for a short period of time for the actuation of the electromagnets.

Regardless of your physical activity, the tablets will break down fats and turn their extra energy.

In response to a national renewable energy action plan or to an amended national renewable energy action plan, the Commission may issue a recommendation.

There must be a device emitting energy or radiation... ..that we can't detect with our instruments.

They will randomly eject matter and/or energy, known as nuclear radiation, to achieve greater stability.

One of the most important processes by which an electronically excited state can lose energy is the nonradiative transfer from one molecule to another.

On the other hand, if the T values are too high, there is the danger that at a lower output load, in which case the transformer can give up its energy quickly, the actual end of the demagnetization process will not be recognized.

As with a UPS, the problem is that electrochemical energy is stored or emitted in the form of direct current DC, while electric power networks are usually operated with Alternating current AC voltage.

This voltage drop is transmitted via the resistor 40, which causes the diode 34 to become conductive, and the capacitor 43 can produce energy as a result.

A conventional gas and steam turbine power station supplying electrical energy by means of two generators 27, 28 and which are driven by a gas turbine 29 and a steam turbine 30, makes it possible to release flue gas from the waste heat steam generator 31, the flue gas energy of the gas turbine 29 being used for generating steam for the production of the steam turbine 30.

Of course as a matter of principle, the battery 20 up to the point in time t1 and from t2 may also not deliver any energy, in other words not function as a constant load energy source, or it may even be charged by the generator 13.

In contrast, relatively long lines prior to the trigger diode cascade have an advantageous influence because, due to their self-capacitance, they suddenly release the stored energy as the high-voltage semiconductor switch becomes conductive.

Flyback-type converters and forward-type converters can be switched to a secondary circuit, since they yield energy during differing periods.

The capacitor can either generate a greater energy output (which increases with the square of the charging voltage) or, given the same input energy available, its capacitance can be reduced. Reducing the capacitance results in a higher natural frequency of the resonant circuit formed by the coil and the capacitor, resulting in a shorter rise time of the current flowing through the coil, and thus a shorter rise time of the shock wave.

Thus the capacitor can either supply a greater energy output, increasing the square of the charging voltage, or given the same available energy, the capacitance thereof can be reduced. Reducing the capacitance of the capacitor in the high voltage supply has the advantage that the resonant circuit formed by the coil and the capacitor has a higher natural frequency, resulting in a shorter rise time of the current flowing through the coil, and thus in a shorter rise time of the shock wave.

I need, with my body, to get rid of the energy, and the harder it is for myself, for my body, to get rid of the energy, the less comfort I feel.

And I could have generated a lot of energy falling to my couch.

A lead battery contains a combination of various substances that can absorb or discharge electrical energy by means of a reversible chemical reaction.

In addition, a storage system can supply its energy rapidly to stabilize power grids as part of a virtual power plant, for example.

The target volume is irradiated in a plurality of layers when the target volume in the direction of the beam is so large that the layer in which particles release their energy with a defined energy is so thin that the target volume cannot be captured by the particle beam by particles with the defined energy.

The scientists incorporated a variety of physical processes in the calculations, including three that are considered particularly important for the development of the visible universe: first, the condensation of matter into stars, second, their further evolution when the surrounding matter is heated by stellar winds and supernova explosions and enriched with chemical elements, and third, the feedback of supermassive black holes that eject massive amounts of energy into the universe.

After use, the electron bunches are directed back to the superconducting linear accelerator, where they release almost all their remaining energy.

Like the foot part 4 applied thereto or formed integrally thereon, the connection element 5 can also be composed of a fiber-reinforced, elastic structure, for example a carbon structure, which absorbs the energy of the contact at heel strike and, upon initiation of the swing phase, releases the absorbed energy, as a result of which the initiation of the swing phase is made easier.