Примери за използване на Gold nanoparticles на Английски и техните преводи на Български
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Xia estimates the thin platinum skin will not considerably increase the cost of existing gold nanoparticle test strips and the design is compatible with identifying other kinds of cancer biomarkers.
What's more is that Xia estimates the thin platinum skin will not significantly increase the cost of current gold nanoparticle test strips on the market and the design is compatible with detecting other kinds of cancer biomarkers.
Sunlight striking the material gets converted by the gold nanoparticles into high energy“hot” electrons.
with gold microparticles(middle) and gold nanoparticles(below).
A single milligram of gold nanoparticles currently costs about $80(depending on the size of the nanoparticles). .
This phenomenon was discovered accidentally in previous research while investigating how gold nanoparticles and nanowires can be produced using water droplets.
Incorporating some new platinum layer to conventional gold nanoparticles will help push better test strip technology from labs into clinics and homes.
Laboratory tests show that the 2-D gold plate is 10 times more efficient as a catalytic substrate than the currently used gold nanoparticles.
Known as gold nanoparticles, were encased in a chemical device by the research team to control these highly-specific reactions in exact locations.
leaving behind inert gold nanoparticles, which would be cleared by the body.
the tin oxide was coated with a thin polymer layer which was then studded with gold nanoparticles.
Laboratory tests show that the ultra-thin gold is 10 times more efficient as a catalytic substrate than the larger gold nanoparticles currently used in industry.
Laboratory tests demonstrate that the ultra-thin gold is 10 times more effective as a catalytic substrate than the larger gold nanoparticles presently employed in industry.
What developing countries need is not gold nanoparticles, but preventative health policies based on better diet
Lab tests showed that the ultra-thin gold is 10 times more efficient as a catalytic substrate than the larger gold nanoparticles currently used in the industry.
thanks to a new nasal spray that uses gold nanoparticles to cross through the blood-brain barrier.
temperature sensors, gold nanoparticles- to store information, silicone- drugs.
the generation of oxygen functionalities for anchoring the gold nanoparticles on the reduced graphene oxide,
the colloidal gold solution, consisting in preformed citrate-protected gold nanoparticles with an average diameter of 25nm(± 7nm), were sonicated in a closed reactor chamber(approx. 50mL volume).
made of gold nanoparticles bound together with temperature-responsive gel polymers,