Примери за използване на Silver nanowire на Английски и техните преводи на Български
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The inset in Figure 1 is silver nanowire colloids.
Silver nanowire was prepared by the method reported in our previous work[27].
In order to further decrease the Rs of silver nanowire film, Bergin et al.
Therefore, silver nanowire can be used as a replacement of ITO in the future.
Studied the effects of the length and diameter of silver nanowires on their properties.
Therefore, silver nanowire is a promising candidate of electrochemical capacitor.
G-film and I-film have been fabricated by coating silver nanowires on glass and ITO, respectively.
Silver nanowires have proven to be one of the most promising replacements to ITO.
As shown in Figure 1, uniform silver nanowire film was prepared using Meyer rod.
Silver nanowires have considered being one of the highly promising substitutes to ITO.
In this paper,we prepared long silver nanowires by a simple method reported in our previous work.
Therefore, many groups put efforts on metallic nanowires, particularly silver nanowires.
Therefore, silver nanowires have great potential applications in optoelectronic devices.
As mentioned in the introduction,it is a big problem to decrease the junction resistance of silver nanowire film.
In addition, silver nanowire can also be used as electrodes of electrochemical capacitor.
We found that increasing the sintering temperature is a facile andeffective way to improve the conductivity of silver nanowire film.
The length of most silver nanowire exceeds 5μm, which is long enough to be connected into a network.
The color of silver colloids is yellowish white,similar to the highly purified silver nanowire colloids obtained after cross-flow filtration[28].
The Rs of silver nanowire film was measured by four-probe technique with a Keithley 2701 source meter.
However, the large contact resistance of internanowires is still a limitation of the development of silver nanowire films in optoelectronic and electronic devices.
Since then, silver nanowire films have been fabricated by rod-coating technique[16] and spay-coating method[17].
Figure 2 exhibits the transmittances of G-films with different thicknesses,which were fabricated on glass substrates with different concentrations of silver nanowires.
Have pioneered silver nanowires as the electrode in solar cells, and the transmittance of it was 89.3% with low Rs of/sq.
They also found that coating gold on the film is an efficient way,which can make the surface of silver nanowire smooth leading to the decrease of the junction resistance.
Silver nanowires were coated on glass or ITO substrate with treatment, using Meyer rod, and then heated in 150°C for 20min.
Prepared transparent capacitor by spray-coating silver nanowires on polymer films, which exhibited capacitor properties with 1.1uF/cm2.
Silver nanowire has potential applications on transparent conducting film and electrode of electrochemical capacitor due to its excellent conductivity.
However, when thinner sample 5 was sintered at 300°C, many silver nanowires were broken leading to nonconductive film which can be seen in Figure 3(d).
Silver nanowire and silver nanowire/graphene hybrids are probably the most viable alternatives to existing technologies, said Dalton.
The reduced costs associated with this hybrid material versus silver nanowires on their own opens up the potential of it taking a larger share of the transparent conductor market;