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Перевод: electromagnetic

[прилагательное]
электромагнитный

Тезаурус:

1. But like the strong force, and unlike the electromagnetic force, the weak force has a finite range: it acts only over distances of the size of a nucleus, about 10-;13cm.
2. Other apparent extensions of the Bell-Szekeres solution have been suggested by Grses and Halilsoy (1982) in which the approaching electromagnetic waves consist of a sequence of steps.
3. The fact is, however, that some of the behaviour of electromagnetic radiation is best explained as if it were a stream of photons; and some of the properties are best explained as if it consisted of a series of waves.
4. However, we should bear in mind the earlier point about the resolution of the data, since such electromagnetic effects have a very weak effect beyond perhaps 50 m (Wertheimer and Leeper 1982).
5. One example of an hypothesis which has been given serious attention in recent years is the possible link between electromagnetic fields generated by high-voltage power lines or supply cables and ill health.
6. Explaining this generation-skipping will require new physical theories; those should provide pointers towards a grand unified theory of the strong, weak and electromagnetic forces, or even a substantial portion of the GUT itself.
7. In an important paper, Bell and Szekeres (1974) gave an exact solution which describes the collision and subsequent interaction of two electromagnetic plane waves.
8. An atomic nucleus, for example, can in certain circumstances emit a gamma ray, or high-energy photon, in a process called gamma decay; this is an electromagnetic effect.
9. Over the years more and more evidence consistent with the electroweak theory has come from numerous experiments not only at CERN but at particle accelerators throughout the world, and in 1979, Heldon Glashow, Abdus Salam, and Steven Weinberg received the Nobel prize in recognition of their theoretical endeavours to unite the weak and electromagnetic forces.
10. (The photons that carry the electromagnetic force have no mass; this corresponds to the force having infinite range, as experiments show to be the case.)
11. The field equations for colliding electromagnetic waves have already been obtained in Chapter 6.
12. The strength of the electromagnetic interaction is much larger than that of a weak interaction, and the range of the electromagnetic force is much greater than that of the weak force.
13. Support for the so-called "electroweak theory that links two forces, the electromagnetic force and the weak nuclear force, has recently come from experiments at CERN, the European centre for particle physics.