Czech

Not applicable.

Basic skills and orientation in vacuum technology.

The subject knowledge on the Bachelor´s degree level is requested.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.

Laboratory practicum - 30 points; minimum 20 points.
Final exam – 70 points; minimum 30 points.

Gas, vapour, pressure, Measurement units and their relation.
Basic principles and laws for the ideal gases. Boyle-Mariott law, Gay-Lussac law. The state equation of the gas. Dalton law. Important constants.
Kinetic theory of gases - basic principles. Relation
between pressure, concentration and temperature of gas. The mean free path of gas molecules. The thermal velocity
of the gas molecules, Maxwel-Boltzmann statistic.
Volume processes and transport of gas, diffusion, viscosity of gas, thermal conductivity of gas.
The gas transport through the vacuum pipes. Gas conductance of Vacuum pipes. Ohms law in gas transport. The volume and mass flow of the gas. The different mechanism of the gas transport - turbulent, viscose, molecular, effusion.
The limit pressure of the vacuum equipment. Pumping speed of the vacuum pumps and its measurement, the exhaust time. The influence of leakage and desorption.
The surface processes, adsorption, desorption, monomolecular and multimolecular layers, basic adsorption isotherms, saturated vapour pressure.
The basic principles of the gas transport, Transport and getter pumps. The pumping processes
Mechanical pumps, Two Stage Mechanical pump, Roots blowers, Turbo pumps, Diffusion pumps. Oil mist eliminators,
Getter pumps, Ion pumps, Diode Ion pumps, Titanium sublimation pumps, diode and triode Ion pumps. Cryopumps. Sorption pumps, Molecular sieve .
Pressure measurement (absolute and relative), Torricelli tube, U- tube, Thermocouple Gauges, Pirani Gauges.
Ion Gauges, Cold Cathode Gauges , Alfatron , Penning Gauges. Design of the triode Ion Gauge. Alpert-Bayard and Helmer-Hayward tube design.
The basic principles of vacuum equipment design. Technological processes in low pressure gases.

Not applicable.

Acquirement of the knowledges about modern vacuum technics for use in electronics, in electrotechnical and mechanical industry

Laboratory practicum. Numerical practicum.

Not applicable.

Not applicable.

Fikes L. :Fyzika nízkých tlaků ,SNTL, Praha 1991 (CS)
Grozskowski J. :Technika vysokého vakua ,SNTL, Praha 1981 (CS)
Pátý L. : Vakuová technika ,ČVUT, Praha 1990 (CS)

Not applicable.