High-temperature electron hole liquid in diamond wires can reach values of 2.2 ∙ 107 cm–1 and – 317 me
V, respectively. Estimates show that for these values
Change of cathodoluminescence spectra of dimonds irradiated by electron beamRipenko, Vasilii S.,
Genin, Dmitrii E.,
Burachenko, Alexander G.,
Shulepov, Mikhail A.,
Artyomov, Konstantin,
Lipatov, Evgeniy I.,
Eliseev, Aleksander,
Vins, Viktor of electrons (120 ke
V). For temperature control we used platinum thermo-resistor. All experiments were
Cathodoluminescence of nitrogen-containing diamond samples at temperatures of 80–800 K-containing diamond samples excited by an electron beam with an energy of up to 300 ke
V in the temperature range of 80