Приклади вживання Nanocellulose Англійська мовою та їх переклад на Українською
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To express its unique properties, nanocellulose must be.
It is from that nanocellulose that sheets of the plastic are made.
Ultrasonic dispersing is theideal method to obtain fine-size, single-dispersed nanocellulose.
The Nanocellulose Vehicle is a case-study for the CNF material.
We don't even have to use entire trees; nanocellulose is only 2 nanometres long.
Thakur(2014): Nanocellulose Polymer Nanocomposites: Fundamentals and Applications. Wiley& Sons, 2014.
Design of biodegradable composites based on nanocellulose for use in medical and aerospace industries.
Nanocellulose here was used to create all body parts and most of the interior of a car.
So scientists all over the world believe that nanocellulose is going to be one of the most important materials for the entire industry.
Experts from Kyoto University have created from concept supercar,which received the name of Nanocellulose Vehicle.
Dufresne(2012): Nanocellulose: From Nature to High Performance Tailored Materials. Walter de Gruyter, 2012.
By sonication, a higher degree of fibrillation, higher nanocellulose yield, and thinner fibers can be achieved.
Ultrasonic nanocellulose processing can be also successfully combined with the TEMPO-oxidized fiber treatment.
In the future, we believe we will be able to make many nanobio building blocks that nature provided for us--collagen, nanocellulose, resilin and many more.
Nanocellulose dispersions demonstrate an extraordinary rheological behaviour due to its high viscosity at low nanocellulose concentrations.
They decided to combine the strongest material produced by the plant kingdom with the most elastic materialproduced by the insect kingdom-- nanocellulose with resilin.
Anandjiwala(2011): Extraction of nanocellulose fibrils from lignocellulosic fibres: A novel approach. Carbohydrate Polymers 86, 2011. 1468- 1475.
Scientists from the VTT Technical Research Center in Finland havecreated a fire retardant coating for wood from nanocellulose fibers, a material derived from wood.
Nanocellulose doesn't break down inside our bodies, but cells can grow on and around it, and the unique stretchy qualities make it an ideal match.
The former can break down the toxic chemical phenol, which is produced on a grand scale in the chemical industry,while the latter secretes high-purity nanocellulose.
This makes nanocellulose a very interesting additive as rheological modifier, stabilizer and gellant for various applications, e.g. in the coating, paper, or food industry.
So we at the Hebrew University, together with our partners in Sweden,decided to focus on the development of an industrial-scale process to produce this nanocellulose.
Nanocellulose is a high-performance additive which is successfully used as rheology modifier, reinforcing agent and additive in manifold high-performance materials and applications.
Nanocellulose is a high-performance additive which is successfully used as rheology modifier, reinforcing agent and additive in manifold high-performance materials and applications.
Nanocellulose shows outstanding properties such as an extraordinary strength and stiffness, high crystallinity, thixotropy, as well as a high concentration of hydroxyl group on its surface.
Nanocellulose includes different types of cellulose nanofibers(CNF), which can be distinguished in microfibrillated cellulose(MFC), nanocrystalline cellulose(NCC), and bacterial nanocellulose.
As nanocellulose is highly shear-thinning, ultrasound is the preferrable technology to formulate nanocellulosic suspensions as the coupling of high-power ultrasound into liquids creates extreme shear forces.
New composite of nanocellulose with multipurpose drug izatizon might be effective for a treatment of wound surfaces, ulcers and burns, melanoma, as well as against herpes and other viral infections of the skin.