Examples of using Functionalization in English and their translations into Bulgarian
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
Functionalization of Graphene Sheets.
Ultrasonic Particle Surface Functionalization.
Ultrasonic Functionalization of Nanoparticles.
Advantages of ultrasonic particle modification/ functionalization.
Surface Functionalization Using Ultrasound.
Sonochemistry is a very effective tool for the engineering and functionalization of nano materials.
Ultrasonic Functionalization of SWCNTs by PL-PEG: Zeineldin et al.
Sonochemistry is a very effective tool for the engineering and functionalization of nano materials.
Functionalization is achieved by treating discourse as a purposive act.
The new generation of PANADUR's patented coating systems is characterized by its selective functionalization.
Functionalization of graphene oxide can essentially change graphene oxide's properties.
Apparatuses for automatic application,development, functionalization and densitometry of TLC/ HPTLC plates;
Functionalization of Bioceramic Matrices and Composites by Ultra-short Laser Impulse Processing".
Scheme 1: Graphic of the in situ-deagglomeration and surface functionalization of nanodiamonds(Liang 2011).
By the modification/ functionalization, the ink particles obtain specific characteristics.
On the other hand,the heteroaromatic element can be stimulated through functionalization of electron-donation.
As well as the functionalization, activation and cleaning of particle surfaces(e.g. catalysts).
Many nanomaterials, like metal oxides, inkjet ink and toner pigments, orfillers for performance coatings, require surface functionalization.
Simultaneously, the functionalization of the graphene sheets with the polystyrene chains has been achieved.
Power ultrasound is a well known andproven tool for the modification/ functionalization and dispersion of micro- and nano-particles such as silica.
The same process of functionalization can be carried out with other vinyl monomers for composites based on graphene.
Ultrasound is an innovative technology that is used successfully for sonochemical synthesis, deagglomeration, dispersion,emulsifying, functionalization and activation of particles.
This means that the functionalization of nanomaterials enables a broad range of applications such as polymers, nanofluids, biocomposites, nanomedicines, and electronics.
Ultrasound is an innovative technology that is used successfully for sonochemical synthesis, deagglomeration, dispersion,emulsifying, functionalization and activation of particles.
Furthermore, ultrasonic functionalization is used to modify carbon nanotubes in order to attain desired properties that can be used in manifold applications.
Carbon Nanotubes(CNTs) have a large inner volume which allows more drug molecules to be encapsulated, and they have distinct inner andouter surfaces for functionalization.
Functionalization of the nanotube side wall or open ends to create an appropriate interface between the SWNTs and the solvent mostly lead to partial exfoliation of the SWNT ropes, only.
Thereby, high-power ultrasonicators are successfully used for particle treatments including functionalization/ modification, size reduction& dispersion as well as for synthesis e.g.
Furthermore, the surface functionalization of polymers plays an important role to enhance the performance of basic polymers and offers new approaches toward the development of tailored materials.
The application of ultrasonic waves to nano materials is well known for its beneficial effects,which include the sonochemical synthesis of nano particles, their functionalization and modification.