Recently discovered possibility of generating sub-millimeter bubbles by means of pulsating the gas inlet by a fluidic oscillator has opened ways into many interesting and advantageous engineering applications. The paper, by presenting a survey of existing possibilities and their advantages, aims at providing to readers an inspiuration for their own developments
Oxygenation of water by standard means in waste water processing, in particular to improve the condi...
When a gaseous bubble in liquid is excited by acoustic waves, it oscillates in harmony with the wave...
Paper discusses low-frequency oscillators based on the unusual relaxation principle. In thefluidic v...
Recently discovered possibility of generating sub-millimetre bubbles by means of pulsating the inlet...
Very small gas bubbles dispersed in liquid are desirable in many applications. If smaller than 1 mm ...
Paper presents a fluidic device developed for generation of small (less than 1 mm in diameter) micro...
Paper presents a fluidic device developed for generation of small (less than 1 mm in diameter) micro...
Recently demonstrated was efficient generation of desirable small-size microbubbles in liquids by ap...
Paper investigates properties of very small, sub-millimetre sized gas bubbles in liquids,which are ...
Microbubbles are bubbles below 1 mm in size and have been extensively deployed in industrial setting...
AbstractMicrobubbles are bubbles below 1mm in size and have been extensively deployed in industrial ...
Microbubbles have several applications in gas-liquid contacting operations. Conventional production ...
Microbubbles (of diameter less than 1 mm) are desirable for many engineering applications. Until qui...
Microbubbles can be beneficially used for froth flotation, water treatment, food processing, foam fa...
A new regime of operation of PDMS-based flow-focusing microfluidic devices is presented. We show tha...
Oxygenation of water by standard means in waste water processing, in particular to improve the condi...
When a gaseous bubble in liquid is excited by acoustic waves, it oscillates in harmony with the wave...
Paper discusses low-frequency oscillators based on the unusual relaxation principle. In thefluidic v...
Recently discovered possibility of generating sub-millimetre bubbles by means of pulsating the inlet...
Very small gas bubbles dispersed in liquid are desirable in many applications. If smaller than 1 mm ...
Paper presents a fluidic device developed for generation of small (less than 1 mm in diameter) micro...
Paper presents a fluidic device developed for generation of small (less than 1 mm in diameter) micro...
Recently demonstrated was efficient generation of desirable small-size microbubbles in liquids by ap...
Paper investigates properties of very small, sub-millimetre sized gas bubbles in liquids,which are ...
Microbubbles are bubbles below 1 mm in size and have been extensively deployed in industrial setting...
AbstractMicrobubbles are bubbles below 1mm in size and have been extensively deployed in industrial ...
Microbubbles have several applications in gas-liquid contacting operations. Conventional production ...
Microbubbles (of diameter less than 1 mm) are desirable for many engineering applications. Until qui...
Microbubbles can be beneficially used for froth flotation, water treatment, food processing, foam fa...
A new regime of operation of PDMS-based flow-focusing microfluidic devices is presented. We show tha...
Oxygenation of water by standard means in waste water processing, in particular to improve the condi...
When a gaseous bubble in liquid is excited by acoustic waves, it oscillates in harmony with the wave...
Paper discusses low-frequency oscillators based on the unusual relaxation principle. In thefluidic v...