Examples of using Nanoparticle in English and their translations into Vietnamese
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a control injection or one of five varying designs of the nanoparticle, each with varying size particles ranging from 55 x 70 nm to 200 x 200 nm.
Zhao's group compared these results with existing hydrogels, as well as with elastomers, tissue adhesives and nanoparticle gels, and found that the new hydrogel adhesive has both a higher water content and a much stronger bonding ability.
Silver Nanoparticle Autophagy can act as a cell defense process that is essential to counteract the toxicity of AgNPs,
For example, in aqueous gold nanoparticle syntheses, chlorauric acid(HAuCl4)
For example, in aqueous gold nanoparticle syntheses, chlorauric acid(HAuCl4)
drink from plastic bottles, whether certain soaps produce a skin rash in sensitive children, and what nanoparticle antimicrobials in clothing might do to fish in the local watershed.
an author on the paper, sought to design a new anti-viral nanoparticle based on HSPG, but one that would
author on the paper, endeavored to develop an innovative anti-viral nanoparticle based on HSPG, yet one that
therefore it is more difficult to separate nanoparticle nucleation and growth via a high temperature dual injection synthesis.
By examining how light in the photonic crystal changes in response to the nanoparticle, we can deduce the position of the nanoparticle over time with very high resolution," said Lorenzo Magrini,
indium tin oxide more transparent, more conductive, Silver Nanoparticle which can provide a more perfect touch screen overall experience.
sensing, and medicine.[9] Control of nanoparticle size and shape is important in order to tune its properties.
liquid layer just 100 nanometers thick, which is significantly different from the real conditions for nanoparticle synthesis.
Lead sulfide-containing nanoparticle and quantum dots have been well studied.[8]
somewhat below the melting point, in order to fuse the nanoparticle dust into a solid block that is ceramic-like, and would not require
Recently, Silver Nanoparticle a group of scientists from the ETH Zurich Institute has developed a new technology for 3D ultra-thin nanowall, Silver Nanoparticle which produces the most transparent and conductive electrodes so far, So that we can see everywhere the
drinks with contaminated hands or spread nanoparticle dust to an environment where food and drink are consumed.
New research has discovered that around 1.5 million diamond nanoparticles are created every second in a candle flame as it burns.
Adding palladium to iron nanoparticles allows them to contribute more electrons to the reaction, increasing the rate at which chlorinated hydrocarbons such as TCE are degraded.
The few scientific reports available suggest that nanoparticles can pose a threat to human health and to the environment.