In the work was quantum-dimensional research of structural, electric and energy parameters of quantum dots (QD) is carried out. QDs are reagent on a molecule-analit - a marker of tubercular process. It is carried out the analysis of types of quantum confinement and choice QD which will be modelled . Optimisation of geometry QD was spent by a method of the self-consistent field expanded Hartri-Fok, using semiempirical method MNDO. The dates of semiconductive QD calculation depending on change of its size are presented.
quantum dot, marker, quantum confinement, bohr’s exciton, energy levels, microcrystallite
"Obgruntuvannia vyboru typu kvantovo-rozmirnykh struktur – reahentiv elektrokhemiliuminestsentnoho sensornoho prystroiu" ,
Information Processing Systems,