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bashing
nicht zyklische Fotophosphorylierung
elec·tron [ɪˈlektrɒn, америк. -trɑ:n] СУЩ.
Elektron ср. <-s, -tro̱·nen>
I. flow [fləʊ, америк. floʊ] ГЛ. неперех.
1. flow also перенос. (stream):
fließen <fließt, floss, geflossen> a. перенос.
flow air, light, warmth
strömen a. перенос.
2. flow перенос. (originate):
von etw дат. herrühren
sich вин. aus etw дат. ergeben
3. flow (rise):
flow tide
steigen <steigt, stieg, gestiegen>
flow tide
II. flow [fləʊ, америк. floʊ] СУЩ. usu ед.
1. flow also перенос. (movement):
Fluss м. <-es, Flüs·se> a. перенос.
Strom м. <-(e)s, Strö̱·me> a. перенос.
Geldstrom м. <-(e)s, -ströme>
Kapitalfluss м. <-es, -flüsse>
Güterverkehr м. <-(e)s> kein pl
Warenverkehr м. <-(e)s> kein pl
Verkehrsfluss м. <-es> kein pl
die Zufuhr [o. den Zufluss] stoppen a. перенос.
2. flow (volume of fluid):
Durchflussmenge ж. <-, -n>
3. flow also перенос. (outpouring):
Ausfluss м. <-es, -flüs·se>
Выражения:
III. flow [fləʊ, америк. floʊ] НАРЕЧ.
fließend nach сущ.
flow ГЛ.
non-cyclic electron flow СУЩ.
cyclic electron flow СУЩ.
cyclic ПРИЛ.
flow (veh/h, on a specific road)
flow ТРАНС.
Present
Iflow
youflow
he/she/itflows
weflow
youflow
theyflow
Past
Iflowed
youflowed
he/she/itflowed
weflowed
youflowed
theyflowed
Present Perfect
Ihaveflowed
youhaveflowed
he/she/ithasflowed
wehaveflowed
youhaveflowed
theyhaveflowed
Past Perfect
Ihadflowed
youhadflowed
he/she/ithadflowed
wehadflowed
youhadflowed
theyhadflowed
PONS OpenDict

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Одноязычные примеры (не проверены редакцией PONS)
The number of ionization depends upon the probability that an electron hits an ion.
en.wikipedia.org
The pathogen, sandal spike phytoplasma, was first detected by electron microscopy in 1969.
en.wikipedia.org
This allows for it to be oxidized via the electron transport chain.
en.wikipedia.org
Voltage ramps are produced that the monitor uses to steer the electron-beam over the face of the phosphor screen of the cathode ray tube.
en.wikipedia.org
This energy loss corresponds to decelerating the electron from a speed of about 1.3 million meters per second to zero.
en.wikipedia.org
Примеры из интернета (не проверены редакцией PONS)
[...]
Work centers on memory elements based on the transfer of individual electrons between metal electrodes and on the memory effect of semiconductor nano-clusters in SiO & sup2; films.
www.nanotechnology.de
[...]
Schwerpunkt der Arbeiten bilden Speicherelemente, die durch Ladungstransfer einzelner Elektronen zwischen metallischen Bereichen realisiert werden oder die Speichereigenschaften von Halbleiternanoclustern in dünnen SiO & sup2; - Schichten nutzen.
[...]
How strong these fields are in a fully ionised plasma of protons and electrons, has now been calculated by Prof. Schlickeiser, specifically for the gas densities and temperatures that occurred in the plasmas of the early universe.
[...]
aktuell.ruhr-uni-bochum.de
[...]
Wie stark diese Felder in einem vollständig ionisierten Plasma aus Protonen und Elektronen sind, hat Prof. Schlickeiser nun berechnet, und zwar für die Gasdichten und -temperaturen, die in den Plasmen des frühen Universums vorkamen.
[...]
[...]
Dusty plasmas are composed of electrons, positive ions, neutral atoms, and dust grains that are negatively or positively charged.
[...]
aktuell.ruhr-uni-bochum.de
[...]
Staubige Plasmen bestehen üblicherweise aus Elektronen, positiv geladenen Ionen, neutralen Atomen und Staubkörnchen, die negativ oder positiv geladen sind.
[...]
[...]
To understand why superconductors conduct electric current without losses, a theoretical model cannot look at each individual electron.
[...]
www.cui.uni-hamburg.de
[...]
Um zu verstehen, wie beispielsweise Supraleiter entstehen, die Strom verlustfrei leiten, kann ein theoretisches Modell jedoch nicht jedes einzelne Elektron eines Festkörpers individuell betrachten.
[...]
[...]
The galactic cosmic radiation on the other hand is made of atomic nuclei and electrons that are accelerated in the process of a super nova to almost light speed.
[...]
www.ieap.uni-kiel.de
[...]
Die galaktische kosmische Strahlung besteht dagegen aus Atomkernen und Elektronen, die im Verlauf einer Supernova auf nahezu Lichtgeschwindigkeit beschleunigt wurden.
[...]