The first workplace is " Solid-state lasers and nonlinear optics ". The workplace is intended for passage of practice, the executions of course, degree and research and development operations and are pursued by the purpose of acquaintance of the students with bases of physics both technique of solid-state lasers and nonlinear optics down to holding self-maintained examinations. The unfolding of a workplace " Solid-state lasers and nonlinear optics " is realized on the chosen areas of Institute, it is packed as training mini-laboratory, where 3-5 students can transit practice and execute laboratory and self-maintained examinations simultaneously. The complete set by devices and inventory includes in the present moment the solid-state laser on YAP:Nd with a supply unit (pulsewise - periodic mode with a Q-switching), photofemale, optical and control and measuring devices, system of the tax and information handling on the basis of a complex CAMAC - AT-486. The sectional workplace is connected to a laser complex of non-linear - optical diagnostics of crystalline quality of semiconductor materials, the new complete set of the software on C ++, allowing in actual time designed to yield non-linear - optical testing of crystalline quality of semiconductor materials.
Thus, apart from methodical and technical measures on architecture of a workplace of the student for study of technologies of nonlinear optics, the opportunities for operation of the students, post-graduate students and teachers on unique cost intensive inventory of Institute are created.
The second workplace - " triangulation methods of measuring of distances " - allows to familiarize with triangulation measurement methods, it is experimentally also by method of computer model operation to explore features of operation of methods within the framework of execution of practical course and degree operations. In a composition of a workplace the opportunity of making of several experimental models for holding (is provided during several months) research and development operations.
For deriving more detailed information it is possible to contact M.F. Stupak.
Contact point: Technological Design Institute of Scientific Instrument Engineering,
41 Russkaya str.,
Novosibirsk 630058, Russian Federation,
Phone Int +7 3832 32*89 33,
Fax Int +7 3832 329*342,
E-mail: stupak@tdi.nsk.su