"Proceedings" . "Impaktn\u00ED proud s Reynoldsov\u00FDm \u010D\u00EDslem Re = 10000 je studov\u00E1n pomoc\u00ED anemometrie se \u017Ehaven\u00FDm dr\u00E1tkem. Proud je buzen modulac\u00ED v\u00FDtokov\u00E9 rychlosti. Vliv buzen\u00ED je dokumentov\u00E1n pro vzd\u00E1lenosti desky od trysky H/D od 2 do 8. Je pozorov\u00E1no, \u017Ee pro vhodn\u00FDm buzen\u00EDm lze doc\u00EDlit v\u00FDrazn\u00E9ho sn\u00ED\u017Een\u00ED fluktuac\u00ED rychlosti v bl\u00EDzkosti st\u011Bny. Vliv buzen\u00ED je nejsiln\u011Bj\u0161\u00ED pro H/D=6."@cs . . "2"^^ . . "The impinging jet of moderate Reynolds number(Re=10000) is studied by means of Constant Temperature Anemometry. The flow is excited by modulating the jet velocity. The effect of the flow is documented for nozzle-to-plate distance H/D ranging from 2 to 8. An observed feature is the reduction of the velocity fluctuation near the wall, which can be achieved by proper excitation. The effect of the flow excitation is strongest for H/D=6." . . . "Control of Impinging Jets by Flow Excitation"@en . "\u0158\u00EDzen\u00ED impaktn\u00EDho proudu buzen\u00EDm"@cs . "Tihon, Jaroslav" . . "RIV/67985858:_____/05:00028666" . . . "170" . . . "Control of Impinging Jets by Flow Excitation" . "impinging jet; flow control; flow excitation"@en . "2005-05-23+02:00"^^ . "Bratislava" . "10"^^ . "Control of Impinging Jets by Flow Excitation"@en . "Z(AV0Z40720504)" . "\u0158\u00EDzen\u00ED impaktn\u00EDho proudu buzen\u00EDm"@cs . "80-227-2224-3" . . . "[82C8454F2062]" . "Tatransk\u00E9 Matliare" . "Slovak Society of Chemical Engineering" . "3"^^ . "516360" . . "Vejra\u017Eka, Ji\u0159\u00ED" . "Control of Impinging Jets by Flow Excitation" . . . "RIV/67985858:_____/05:00028666!RIV06-AV0-67985858" . . . "Cvetinovic, D." . . "The impinging jet of moderate Reynolds number(Re=10000) is studied by means of Constant Temperature Anemometry. The flow is excited by modulating the jet velocity. The effect of the flow is documented for nozzle-to-plate distance H/D ranging from 2 to 8. An observed feature is the reduction of the velocity fluctuation near the wall, which can be achieved by proper excitation. The effect of the flow excitation is strongest for H/D=6."@en .