Примери за използване на Dispersers на Английски и техните преводи на Български
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Asian tapirs are not good dispersers for plants with large fruits and seeds.
These animals play an important role in the ecosystem as insectivores,pollinators and seed dispersers, the authors wrote.
Hielscher's powerful ultrasonic dispersers are available for small, mid-size and large volumes.
Ultrasonic dispersers mix solids and droplets as monodisperse particles into the asphalt emulsion.
Due to the insufficient mixing capacity,conventional dispersers must be combined with additional processing steps, e.g.
Our ultrasonic dispersers are available from lab and bench-top up to full industrial production units.
As a result, they are not good dispersers for plants with large fruits and seeds," Campos-Arceiz said.
Ultrasonic dispersers are a powerful technique to mix nano-particles and nano-droplets into asphalt and bitumen emulsions.
As a result, they are not good dispersers for plants with large fruits and seeds,” confirms Campos-Arceiz.
Ultrasonic dispersers are a reliable tool to disperse and deagglomerate micron- and nano-sized particles into uniform suspensions.
In downstream processing,ultrasonic dispersers produce high-performance graphene oxide-polymer composites.
Ultrasonic dispersers are the most common tool to distribute CNTs into aqueous and solvent-based suspensions.
Besides the common dispersing application,ultrasonic dispersers(also known as probe-type ultrasonicators) are used for manifold other processes in lab and industry.
Ultrasonic dispersers deliver a highly uniform particle distribution of silica(SiO2) nano particles in rubber polymer solutions.
Hielscher's ultrasonic dispersers are proven tools to disperse nanotubes and particles into fuels.
Ultrasonic dispersers such as the UIP2000hdT or UIP16000 are used to produce graphene- and graphene oxide-reinforced nano-composites.
Therefore, ultrasonic dispersers are the most common equipment to produce nano-reinforced composites.
Powerful ultrasonic dispersers allow to synthesize, deagglomerate and distribute metallic(e.g. Ag), carbon-based(e.g. CNTs, graphene) nanoparticles as well as nanocomposites with excellent electrical conductivity.
Common applications of ultrasonic dispersers are the production of stable nano-emulsions and-suspensions; sample preparation e.g.
Industrial ultrasonic dispersers for inline emulsification offer opens the possibility to process a wide range of asphalt and bitumen emulsions.
An important application field of ultrasonic dispersers is the dispersion of nanoparticles such as carbon nanotubes, silica, alumina, titanium dioxide or magnetite.
The mechanism of ultrasonic dispersers for milling& grinding, deagglomeration and dispersion applications is also based on the shear principle generated by ultrasonic cavitation. The cavitational forces necessary for the dissociation of the particles are produced by high pressure differences, local hot spots and liquid jets, which results in the particle break-up by inter-particle collision.
Industrial ultrasonic dispersers such as the UIP16000 have the capacity to process high volume streams of paints and coatings.
Hielscher's ultrasonic dispersers ensure high quality dispersions, while being very effective, reliable, and cost-efficient.
Powerful ultrasonic dispersers allow to synthesize, deagglomerate and distribute metallic(e.g. Ag), carbon-based(e.g. CNTs, graphene) nanoparticles as….
The application fields of ultrasonic dispersers include liquid-solid mixtures, emulsification, extraction, disintegration and cell lysis, sonochemical reactions and many more.
Ultrasonic processors are powerful and reliable dispersers, which are well-known for their capacity to mix, deagglomerate and even mill nanoparticles so that a stable dispersion with the desired particle size is obtained.