Herein, a new and facile synthesis of a tin-carbon nanocomposite and its electrochemical characterization is presented.
In the case of tin-carbon composite materials, porous structures including Sn nanoparticles confined in hollow carbon capsule and coaxial SnO2@C hollow spheres proved to be promising anode candidates for highly reversible lithium storage [65, 66].
TiN(C) coatings with different carbon content were deposited on Si(100) wafers and 316L stainless steel disks using unbalance magnetron sputtering (UMS) from Ti and C targets in a mixture of N2 and Ar gases.
Ultralow power tin oxide carbon monoxide microsensors were designed and fabricated using micromachining technology and thick film materials.
TiN-conductive carbon black (CCB /Ti electrodes are prepared by the nitridation of TiO2 CCB mixtures filmed on metallic Ti substrate in ammonia atmosphere.
This article presents a molten salt electrolytic method of synthesizing tin-filled carbon nanostructures, in which a melt of LiCl with an addition of SnCl2 is electrolyzed between two graphite electrodes.
By using electrospinning and carbonization, tin nanoparticles enwrapped in carbon nano-fibers (Sn/C) present high capacity and well cyclic performance.
Performance of a VRFB using a TiN NPs coated carbon paper as a negative electrode is much higher than that of a VRFB with a raw carbon paper electrode.
In practice, the furnace feed contains the tin oxide concentrate, carbon in the form of anthracite coal or coke, and limestone to act as a flux and a slag-producing agent.
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