Примери за използване на Ultrasonic milling на Английски и техните преводи на Български
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Ultrasonic Milling Equipment.
Advantages of Ultrasonic Milling.
Ultrasonic milling and dispersing are liquid processes.
(b) SEM image before ultrasonic milling;
Ultrasonic milling requires high power ultrasonic equipment.
(b) SEM image before ultrasonic milling;
Ultrasonic milling and dispersing is capable to process high volumes in a rapid process.
D- SEM image after ultrasonic milling for 8 h.
These results indicate that the smooth edges are unique characteristics of ultrasonic milling.
C- SEM image after ultrasonic milling for 4 h;
Particle-size distribution andSEM images of Mg2Si before and after ultrasonic milling(UM).
Microscope progress images of ultrasonic milling of Hydrated Alumina.
Ultrasonic milling is most efficient in the range below 500 micron to sub-micron and nano-size range.
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(c) SEM image after ultrasonic milling in 50% PVP- 50% EtOH for 2 h.
From the cocoa bean, cocoa butter can be released from the cells by ultrasonic milling and extraction.
Time-saving by ultrasonic milling(4 h vs 48 h ball milling) are remarkable, too.
The occurrence of a particle-size gap separating the original particles from those produced by ultrasonic milling; and.
Microscope progress images of ultrasonic milling Dental Ceramic.
Ultrasonic milling of harder particles requires sonication under pressure to generate intense cavitation.
Microscope progress images of ultrasonic milling of oil-based magenta pigment.
Ultrasonic milling and grinding allows for a precise process control and thereby a continuously high quality output.
Compared with high-energy ball milling, ultrasonic milling has two unique characteristics.
Ultrasonic milling for only 4h of Bi2Te3-alloy already yielded in a substantial amount of nanoparticles with sizes between 150 and 400 nm.
Acoustic cavitation is the working principle of ultrasonic milling, dispersing, emulsification and sonochemistry.
It is apparent that 200- 800 nm particles were produced by ball milling for 48 h(12 times longer than ultrasonic milling).
In contrary, ultrasonic milling is based on inter-particular collision- this means the particles to be milled are used as grist.
Particle-size distribution and SEM images of Mg2Si before and after ultrasonic milling.(a) Particle-size distribution;
Ultrasonic milling and dispersing influences the quality of paint improving its color strength, density, fineness of grinding, dispersion and rheology.
A high concentration provides the effectiveness of ultrasonic processing, as ultrasonic milling effect is caused by inter-particle collision.