Примери за използване на Ultrasonic energy на Английски и техните преводи на Български
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Ultrasonic energy requirement: approx.
The processed mentioned above do not require much ultrasonic energy.
When the cup horn is filled with the sample, the ultrasonic energy is transferred directly into the sample medium.
Industrial biodiesel conversion does not need much ultrasonic energy.
By the input of ultrasonic energy, chemicals reaction can be initiated as attractive forces are overcome and free radicals are created.
Industrial fuel processing does not need much ultrasonic energy.
A precisely controlled input of ultrasonic energy allows to influence the crystal growth in order to obtain a tailored crystal size.
Industrial biodiesel processing does not need much ultrasonic energy.
A precisely controlled input of ultrasonic energy allows to influence the crystal growth in order to obtain a tailored crystal size.
During UAL, the surgeon inserts a metal rod that emits ultrasonic energy under your skin.
Ultrasonic energy can induce and accelerate reactions, increase the conversion rate as well as establish alternative synthetic pathways.
During this procedure, the surgeon inserts a metal rod that emits ultrasonic energy under the skin.
Since the ultrasonic energy is coupled through the walls of the vials into the sample medium, the vials maintain closed during the treatment.
In this case,the ultrasonic device will stop, after it delivered the specified ultrasonic energy.
For bench-top and industrial ultrasonicators,the output of ultrasonic energy via the probe can be increased or decreased by the use of a booster.
A cup horns working principle can be compared with an ultrasonic bath or cleaning tank butwith a much more intense ultrasonic energy.
Hand-held instruments are used to gain access to the cataract,which is then broken up with ultrasonic energy and removed from the eye in small fragments with gentle suction.
Exposure to ultrasonic energy leads to the activation of the synthesis of new collagen and elastin fibers, which provides an increase in the effect of the procedure for several months.
Welded components are pressed towards oneanother under pressure and are exposed to ultrasonic energy usually with frequency from 20kHz to 40kHz.
For water electrolysis, ultrasonic energy input, electrode gap, and electrolyte concentration are key factors that impact the water electrolysis and its efficiency.
The software of the ultrasonic device writes all process data(date, time,amplitude, ultrasonic energy, net energy, temperature, pressure) in a CSV file on the SD card.
By the introduction of ultrasonic energy into the system as well as the sonochemical formation of free radicals, electrochemical reaction, which otherwise would have been electroinactive, can be initiated.
As the input of energy into a liquid causes a heating of the liquid by law of thermodynamics,this means that the ultrasonic energy is applied to the target material, as far as possible.
The precision-directed high-intensity ultrasonic energy(HIFU) penetrates deep into the skin and raises the temperature at the impact point to 65°C, causing denaturation and coagulation of proteins, collagen and elastin fibers shrinking and shortening and activating a new collagen synthesis process.
Depending on the emulsion type, a small amount of surfactant may be required,but often the ultrasonic energy provides such a fine droplet distribution so that the surfactant is superfluous.
The precision-directed high-intensity ultrasonic energy(HIFU) penetrates deep into the skin and raises the temperature at the impact point to 65°C, causing denaturation and coagulation of proteins, collagen and elastin fibers shrinking and shortening and activating a new collagen synthesis process.
As the input of energy into a liquid causes a heating of the liquid by law of thermodynamics,this means that the ultrasonic energy is applied to the target material, as far as possible.
Operating temperatures are high(ideally180°F),loads are heavy(which absorb ultrasonic energy), cleaning solutions are typically alkaline in chemistry for best cleaning performance, and ultrasonic cycle times are longer than in typical ultrasonic cleaning applications(typically 10 to 30 minutes as opposed to 1 to 5 minutes for the typical parts cleaning application).
By the use of a sonotrode with a smaller surface area(smaller diameter), the ultrasound power is delivered more focussed and thereby more intense resulting in a high amplitude,whilst at sonotrodes with a larger surface the ultrasonic energy is transmitted over a larger area at a lower amplitude.
And also as every time the depth of probe insert sample is not same,so each time ultrasonic energy distribution is not uniform, finally effect the repeatability and precision of research result.