Примери за използване на Ultrasonic irradiation на Английски и техните преводи на Български
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Chart 2 illustrates the positive effects of ultrasonic irradiation during the bioethanol production from rice straw graphically.
Ultrasonic liquid processing is often referred to as sonication, ultrasonication, sonification, insonation, ultrasonic irradiation, or application of acoustic fields.
By ultrasonic irradiation catalysts can be regenerated as the cavitational forces disperse the particles
Precipitation reaction is carried out under ultrasonic irradiation, feeding the reactants through the caviatational zone in the ultrasonic flow-through reactor chamber.
The study of ultrasonic irradiation at various locations in the bath shows significant spatial variations in the cavitation intensity in the ultrasonic bath.
This improved reaction rate was obtained 0.106 min-1 under 300W of ultrasonic irradiation, whilst without sonication a rate of 0.0563 min-1 was observed.
Meireles(2014): Intensification of bioactive compounds extraction from medicinal plants using ultrasonic irradiation. Pharmacogn Rev. 2014 Jul-Dec;
in presence and in absence of ultrasonic irradiation, is shown in the SEM images below see Pic.
The hydrothermal precipitation under ultrasonic irradiation resulted in nano-sized HAp particles with a spherical morphology in the nano metre size range(approx. 30nm± 5%).
The mixture was poured into the ultrasonic irradiation and the stirring device started,
show that the ultrasonic irradiation of Si(OC2H5)4 in water with an acid catalyst produces a silica“sonogel”.
For the ultrasonic irradiation, an ultrasonic processor UP400S(400 watts,
Sonochemical synthesis, which are synthetical reactions under ultrasonic irradiation, are widely used to produce nanoparticles such as silver,
morphology of the resulting nano-HAP powders was dependent upon the power of the ultrasonic irradiation source and the subsequent thermal treatment used.
was then slowly added drop-wise into the first solution while undergoing a second hour of ultrasonic irradiation.
was then slowly added drop-wise into the first solution while undergoing a second hour of ultrasonic irradiation.
Ultrasonic irradiation of the fixed bed catalyst generates highly reactive surfaces,
Found in their study that ultrasonic irradiation played a prominent role in the modification of catalyst's textural properties,
keeping the reaction parameters constant except that the product is prepared at continuous stirring for 24 h without the aid of ultrasonic irradiation.
Ultrasonic irradiation and the thereby generated cavitation are well known for its unique effects on chemical reactions,