Translation of "Elektronen aufnehmen" in English

In the water molecule, consisting of two atoms of hydrogen and one of oxygen, the outer shell of hydrogen electrons Is shared with the oxygen electrons to give a full outer shell of eight electrons.

It can fill two more electrons.

And they really want to jump on to the bar and join all of these other copper ions here. But in order to jump on to that, they have to get some electrons.

An oxidizing agent can take up electrons and is therefore an electron acceptor.

At the copper electrode, Cu2+ ions leave the electrolyte by gaining the electrons of the zinc electrode.

In this area of research, the topic involves microorganisms that are able to send or receive electrons.

One important advantage of the compounds according to the invention as compared to corresponding oxidizable compounds is that they must take up electrons, i.e. undergo reduction, before the photographically useful compound can be released.

The term “solid” as used within in the present invention, stands for all compounds which are present as solids under normal conditions, which, during use of the battery, neither take up nor emit electrons under the conditions which exist when loading batteries, particularly lithium ion batteries.

This total is made up from 2 electrons in an inner shell and 6 in an outer shell which can hold 8 electrons.

So if the copper can get some electrons, they're going to go into the solid state.

However, in general those redox indicators (I) are preferred which can directly accept or release electrons.

The ions of the matter-clouds had to would lift electrons to it in order to occupy lower energy levels and that shows interconnected lower temperatures with it.

The method of claim 1, wherein the redox indicator (I) can accept electrons via a mediator.

The method of claim 1, wherein the redox indicator (I) can directly accept electrons.

These are large, robust, long-lived vanadium flow batteries in which vanadium compounds alternately absorb and release electrons at membrane surfaces.

Thereby, it could be proven that this substance, similar to the NAD / NADH system, can absorb electrons and release them again.

While hydrogen ions (i.e. protons) receive electrons from the electrode at the surface of the catalyst and form hydrogen gas, the tip of the microscope scans the surface of the catalyst at a distance of just a few angstroms.

Although the crossing of the graph only lasts about one femto second, the atom can then receive a large part of the missing electrons and form one Rydberg atom.

Nature also takes advantage of the property of quinones to reversibly take up electrons during biochemical redox processes.

We know that there are substances which deliver electrons very easy (reducing agent) and they are not noble. There are also substances which take electrons (oxidizing agent) and they are noble.

The key quantity to describe this behavior of hydrogen is the so-called transition (crossover) energy: If this energy is above the electron reservoir (chemical potential) of the environment hydrogen donates (adds) electrons, while if it is below hydrogen accepts (removes) electrons.

The casing can also receive the electronic system associated with the display.

An atom can, however, pick up an extra electron.

This receiving space may receive electronics, for example.

This recess 6 can receive components (not shown here), for example electronic components.

It improves the disturbance reaction and can accommodate electronic components.

Do we have to wake up our child before the alarm of the Pipi-Stop?

The electron holes would like to gather an electron in order to become neutral.

This support 148 can in this case also receive the electronic circuit device 102 as described above.

Hydrogen will appear at the cathode (the negatively charged electrode, where electrons enter the water), and oxygen will appear at the anode (the positively charged electrode).