"particle" nach Englisch mit Beispielen - Kollokationen-Wörterbuch Englisch

particle Substantiv

Substantiv + particle
Kolokacji: 59
dust particle • food particle • virus particle • alpha particle • sand particle • ...
particle + Substantiv
Kolokacji: 37
particle physics • particle accelerator • particle size • particle physicist • particle beam • ...
particle + Verb
Kolokacji: 47
particle moves • particle causes • particle travels • particle interacts • particle passes • ...
Verb + particle
Kolokacji: 34
particle called • remove particles • contain particles • charge particles • produce particles • ...
Adjektiv + particle
Kolokacji: 87
small particle • subatomic particle • elementary particle • tiny particle • fine particle • large particle • ...
Präposition + particle
Kolokacji: 12
between particles • of particles • for particles • with particles • to particles • ...
1. between particles = między cząstkami between particles
3. with particles = z cząstkami with particles
4. for particles = dla cząstek for particles
5. to particles = do cząstek to particles
6. into particles = do cząstek into particles
7. on particles = na cząstkach on particles
8. from particles = z cząstek from particles
9. in particles = w cząstkach in particles
10. by particles = przez cząstki by particles
11. about particles = o cząstkach about particles
12. per particle = na cząstkę per particle
  • However, the universe also cools down, meaning that the average energy per particle is getting smaller with time.
  • In particular, in the first equation v refers to the empty space available per particle.
  • At a statistical mechanical level, this results due to the change in available volume per particle with mixing.
  • At low densities, the number of available quantum states per particle is large, and this difference becomes irrelevant.
  • Rather, it is represented in configuration space, with three dimensions per particle.
  • According to current models, nuclear reactions, such as transmutations, require large amounts of energy per particle.
  • By definition, a gas is ideal when its temperature is only a function of the internal energy per particle, not the volume.
  • As a consequence, the quantum state of a system of N particles is described by a function with four variables per particle, e.g.
  • Removes the factor of 1/2 in the nondimensionalized equation for the thermal energy per particle per degree of freedom.
  • However, the Universe also cools down, meaning that the average energy per particle gets smaller.

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