Prepelitsa G. Dynamics of nonlinear processes in the atomic-molecular and laser systems and devices with elements of chaos

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0514U000814

Thesis Registration Form

0514U000814.pdf

Applicant for

Specialization

  • 01.04.01 - Фізика приладів, елементів і систем

28-11-2014

Specialized Academic Board

Д41.052.06

Essay

The paper is devoted to carrying out fundamentally new approaches to the universal quantum-dynamic and chaos-geometric modelling, analysis and forecasting of the chaotic dynamics of nonlinear processes in atomic and molecular systems in intense honogeneous and alternative electr-magnetic fields and quantum-generator and laser systems and devices, including single-modal laser with an absorbing cell, a semiconductor laser coupled with feedback with delay, the system of semiconductor quantum autogenerators, combined through a general cavity, fiber lasers). Here it is firstly realized new model of forecasting temporal evolution of chaotic systems.

Read more

Files

aref.doc

diss.docx

Similar theses

0421U103746

Shutylieva Olha V.

The phase composition, magnetoresistive and magnetic properties of devices structures based on Ni and Co and Dy or Bi

0421U103438

Opolonin Oleksandr D.

Principles of characterization of materials by effective atomic number in radiographic control

0521U101782

Tsybrii Zinoviya F

Physical and technological grounds of IR and THz HgCdTe-detectors and IR blocking elements development

0521U101665

Humeniuk-Sychevska Zhanna V.

Optoelectronic properties of low-dimensional structures based on narrow-gap semiconductors in the IR and THz spectral ranges

0421U102655

Yehorov Vadym A.

Improving metrological and operational characteristics of elements and systems of atomic emission spectral analysis