Rutherford's atomic model, describing with
a negatively charged electron with a positively charged nucleus
surrounded by a circle movement. However, from the theory of
electrodynamics, they can not be justified because the electrons
surrounding the nucleus movement, in accordance with electrodynamics
electromagnetic radiation should be issued. In order to explain the
Rutherford atomic model, the young Danish physicist Bohr is the merger
of the Max Planck's quantum theory of the atomic model of the above.
Bohr electron in a particular layer of the initiative of the crust
movement, which is separated by the energy in a specific order on the
movement and will not send electromagnetic radiation. Only when the
electron energy by a higher-order transition (falling) to a lower
energy level will be issued when the electromagnetic radiation, while
the energy from the lower-order transition (upgrade) to a higher-order,
when it will be able to absorb electromagnetic radiation. The
transition radiation emitted or absorbed energy must be equal to e in
the initial stage and the final will be able to order the energy
difference between the two. This also explains why atoms absorb only
certain wavelengths of radiation.
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