Space quantisation effects

Both effects are based on the quantised motion of the charge carriers with closed orbits in k space. These effects can be used to study the topology of the Fermi surfaces. For more on this topic, we refer to the specialised literature [6] and [Ml]. 

The results show that collisional transfer is very efficient from a molecule in the highly excited and closely spaced quantum states, which behave as a classical system with little restriction due to quantisation. The monatomic and diatomic gases appear to be rather less effective than the polyatomic molecules, which may emphasise the importance of V-V transfer in this type of process. However, it is desirable to establish experimentally how the energy is distributed in both molecules following collision. 

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