Sekachev I. Dynamics Of The Cryogenic Separation Of Gases In Vacuum Systems

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0414U002968

Thesis Registration Form

0414U002968.pdf

Applicant for

Specialization

  • 05.05.14 - Холодильна, вакуумна та компресорна техніка, системи кондиціювання

02-07-2014

Specialized Academic Board

Д 41.088.03

Odesa National Academy of Food Technologies

Essay

Thesis is devoted to the substantiation and development of scientific and technical approaches to modeling the dynamics of the cryogenic separation of gases in vacuum systems for maximum energy efficiency of various nuclear processes . Fractal model of microfractures in the walls of cooled vacuum vessels for experimental thermonuclear reactor was considered. Pressure losses for fluid flow through microchannel network were estimated. Physical mechanism of cooling fluid penetration via hypothetic slits and cracks generating tree-structured microchannel network is described. Computer fluid dynamics approach for homogeneous equilibrium model was applied to calculate the isothermal fluid flow.

Read more

Files

aref.doc

dis.doc

dis.doc

Similar theses

0421U104032

Priadko Oleksandr Igorovich

Increasing the efficiency of conditioning the air at the inlet of gas turbine unit through accumulation of a cold.

0421U103557

Petushenko Sergey M.

Development of cooling systems for primary low-temperature processing and storage of grain of small-seeded crops

0421U103379

Pyrisunko Maksim A.

Improving Environmental and Energy efficiency of the ship plant by cooling cycle air with refrigeration machines.

0421U103365

Zubarev Anatoply Anatolievich

Improving the efficiency of gas engine air cooling system with lithium-bromide chiller.

0521U101745

Trushliakov Eugene Ivanovich

Scientific and Engineering Basics of the Two-Stage Air Conditioning Systems of Central and Combined Types.