Silver-containing products are most abundant in the market due to the broad spectrum antimicrobial activity of silver along with low toxicity towards mammalian cell (Jones et al. 2004; Augustine et al. 2012).
Results indicate that thiourea bath produces homogeneous and fine-grained silver deposits with low sulfur content, avoiding hydrogen reaction in the potential range at which coherent deposits were obtained.
Sometimes, silver nanoparticles with low dispersity in oils or nonpolar organic solvents show their limited applications.
Our work offered an easy and low temperature approach to fabricate inkjet-printed silver electrodes with low electrical resistivity.
By law, they still have to offer those special silver plans with low deductibles and low co-pays to the people who qualify for them.
Silver, with the lowest Tammann temperature among noble metals, is highly prone to sintering which is adequately controlled by alloying with Pd as well as encapsulation in silica.
In this work, a water-based solution-processable silver ink formulation with low annealing temperature was developed to be used as precursor for the fabrication of the metallic back-electrode in flexible inverted PSC devices fabricated by means of R2R-compatible printing techniques.
Inkjet-printed silver gate electrode with low electrical resistivity was fabricated by UV curing method.
So we believed that the fabrication of silver gate electrodes with low electrical resistivity at low temperature by UV curing method was feasible.
According to it, we prepared a silver gate electrode with low electrical resistivity (6.69 × 10−8Ω m) UV cured at D = 25 cm for 480 s.
