Project detail

Two-phase flow measurement

Duration: 01.01.1999 — 31.12.2001

Funding resources

Czech Science Foundation - Standardní projekty

- whole funder

On the project

Description in English
The project is concerned on a new mass method of measurement of small flow of two-phase media, where the solid particles are carried by a carrying gas (air). The method exploits the fact, that the solid particles being carried by the flowing air impact aproperly formed obstacle and an acoustic wave rises (acoustic emission in ultrasonic range). The acoustic signal is indicated by the aid of a high/sensitive transducer, which converts the acoustic signal to an electric one. The magnitude of the electricsignal is proportional to the (average) mass of particles having a constant (unified) velocity. In general, this way we get the information about the magnitude of particles being measured and about their quantity. The electric output signal of the transducer is processed in the electric section of the meter, using up-to-date electrical devices possible to carry out amplitude or frequency analyses of the signal and its another processing. Powder technologies are the main area where this technology

Mark

GA102/99/1644

Default language

Czech

People responsible

Bejček Ludvík, doc. Ing., CSc. - principal person responsible

Units

Department of Control and Instrumentation
- beneficiary (1999-01-01 - not assigned)

Results

ŠEDIVÁ, S. Genetic Algorithms - Optimalization of Multiport Averaging Devices. In International Summer School of Automation. Maribor, Slovenia: Faculty of Electrical Engineering and Computer Science, University of Maribor, 2001. p. 70 ( p.)ISBN: 86-435-0411-4.
Detail

ŠEDIVÁ, S. Differential Producing Flowmeters - Pressure Loss. In Proceeding of 7th Conference Student FEI 2001 Volume 2. Brno: FEI VUT Brno, 2001. p. 25 ( p.)ISBN: 80-214-1860-5.
Detail

ŠEDIVÁ, S. Computation of pressure loss for differential producing flowmeters. In Instruments and Control. Ostrava: Fakulta strojní, Vysoká škola báňská - Technická univerzita Ostrava, 2001. p. 52 ( p.)ISBN: 80-7078-890-9.
Detail

BENEŠ, P., ČULEN, J. Korelační průtokoměr s využitím snímačů akustické emise. In Průtok 2001. Praha: TECH-MARKET, 2001. s. 166 ( s.)ISBN: 80-86114-41-4.
Detail

BENEŠ, P. Boiling State Measurement. In Tepmeko 2001. Berlin: PTB - VDI/VDE GMA, 2001. p. 322 ( p.)
Detail

BEJČEK, L., ČEJKA, M., JURA, P. Měření, zpracování a vyhodnocování experimentálních procesů. Senzor, 1995, roč. 2, č. 4, s. 3 ( s.)ISSN: 1330-0390.
Detail

GRATZ, P. MĚŘENÍ A ANALÝZA MECHANICKÝCH KMITŮ VZNIKLÝCH V TENKÝCH PULSNÍCH POTRUBÍCH PRŮTOKEM TLAKOVÝCH MÉDIÍ. In Průtok 2001. Praha: Tech Market, 2001. s. 158 ( s.)ISBN: 80-86114-41-4.
Detail

GRATZ, P. Hydraulic shock analysis in thin pulse pipelines. In International Summer School of Automation. Maribor, Slovinsko: CIP Maribor, Slovinsko, 2001. p. 58 ( p.)ISBN: 86-435-0411-4.
Detail

ŠEDIVÁ, S. Techniky pro testování snímačů. Elektrorevue - Internetový časopis (http://www.elektrorevue.cz), 2001, roč. 2001/4, č. 4, s. 2001/4 ( s.)ISSN: 1213-1539.
Detail

ŠTOHL, R. Přehledový snímač pro kapilární izotachoforézu. AT&P Journal, 1999, roč. 1999, č. 6, s. 20-23. ISSN: 1335-2237.
Detail

GRATZ, P. Hydraulic shock analysis in thin pulse pipelines. In Student FEI 2001. Brno: VUT v Brně, 2001. p. 15 ( p.)ISBN: 80-214-1860-5.
Detail

Responsibility: Bejček Ludvík, doc. Ing., CSc.