Material-science features of creation of
ion-planar structures on InSb monocrystals
Joint Stock Company "Moscow Plant "Sapphire", Moscow, Russia
V.S. Tulovchikov, V.A. Perevoschikov, E.S. Zharkov, A.V. Rezvov
Nishnii Novgorod State University
A.I. Murel
Institute of fisik for microstructures RAN, Moscow, Russia
The results of investigation of monocrystalline InSb physical properties
are presented for various levels of radiative and thermal actions. Also data for
planar device structures produced by implantation of the ions Mg+,
Be+ with use of intrinsic anodic oxides and SiO2 based films
are included.
In the given work, the conditions of doping InSb by ions Mg+,
Be+ ensuring high electrical activityof acceptons and low level of
radiation damages at loww annealing (Tann) temperature are considered.
Thus, the specificity of properties of real crystals, background history of surface
processing and level of their structures perfection were taken into account. It is
established that the most perfect crystals are characterized by highest swellig,
causing deterioration of material structure within the ion ranges.
The analysis of experience of multielement structure manufacturing on InSb has
shown the dramatic character of usually used technological receptions from
the point of view of structural opportunities of monocrystal. The results of
work allow proving a number of the new approaches in prodution of ion-planar
matrix IR-detectors on narroww-band semiconductors.