Infrared magneto-spectroscopy of relativistic-like electrons in three-dimensional solids

It directly follows [17], where the tri-dimensional analysis of a Vlasov-Poisson equation with finite Larmor radius scaling was led, corresponding to the case of ions with

Because this absorption feature (peak 1 in Fig. 1) exhibits a strength that is pro- portional to the dopant concentration in the barriers and a transition energy that is

some finite range of f, through a succession of closures and openings. The graph of the energy spectrum as a function of magnetic field exhibits a recursive structure

verse motion. Thus, the sub-barrier bands describe the states of the channelled electron bound in channel. As for the above-barrier bands, here the quantum states describe

The proposed method is based on recording of a transient free carrier grating in a bulk semiconductor by strongly absorbed light and measurements of a probe beam

In Figure 5, we have shown the dependence of the ground-state energy on the magnetic field strength for confinement energies: hwo = 6 and 12 mev. For constant value of trie

T. PHOTOEMISSION FROM THE DECAY OF SURFACE PLAS- MONS IN THIN FILMS OF Al.. - We have measured the yields and energy distributions of electrons generated by the decay of

of films of InSb [5] and GaAs [6] grown in this fas- hion have been measured. Electrical measurements have shown that properties close to those given by single crystal