Electronic transport in 1D system with coupling atomic-size nickel electrodes and carbon wires

Ferreira, D.F.S.; Moura-Moreira, Mayra; Corrêa, S. M.; Silva, C.A.B. da; Nero, Jordan Del

doi:10.1016/j.mseb.2020.114681

Cited by 5 publications

(2 citation statements)

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“…Calculations have also been conducted on single carbon wires, contacted by Ni atoms (Figure 13) [31]. In another work, also as an electrode for a supercapacitor application, a carbyneenriched carbon has been grown on a Ni foam, and the results show good electrical conductivity of the electrodes [29].…”

Section: Research Performed On Ni/carbyne Interfacementioning

confidence: 99%

“…Calculations have also been conducted on single carbon wires, contacted by Ni atoms (Figure 13) [31]. The bonds between the Ni and C atoms were shorter for carbon wires with an odd number of carbon atoms than for carbon wires with an even number of carbon atoms, and also dependent on the chain length (Figure 14).…”

Section: Research Performed On Ni/carbyne Interfacementioning

confidence: 99%

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Overview of the Metallization Approaches for Carbyne-Based Devices

Tomov,

Aleksandrova

2023

Molecules

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Metallization for contacts in organic electronic nanodevices is of great importance for their performance. A lot of effects can appear at the contact/organic interface and modify the contact parameters, such as contact resistance, adhesive strength, and bonding ability. For novel materials, it is important to study the interactions with metal atoms to develop a suitable technology for contacts, fulfilling to the greatest extent the above-mentioned parameters. A novel material is carbyne, which is still under intensive research because of its great potential in electronics, especially for sensing applications. However, the most appropriate metallization strategy for carbyne-based devices is still unknown, so the interactions between carbyne and metal films should be studied to more precisely direct the development of the metallization technology, and to form contacts that are not limiting factors for device performance.

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Section: Research Performed On Ni/carbyne Interfacementioning

confidence: 99%

Section: Research Performed On Ni/carbyne Interfacementioning

confidence: 99%

Overview of the Metallization Approaches for Carbyne-Based Devices

Tomov,

Aleksandrova

2023

Molecules

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Collection of unconventional transport phenomena: natural obstacle or vibrant guiding principle for the design of molecular junctions?

Ren,

Li,

et al. 2024

AAPPS Bull.

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The real atomic scale details of molecular junctions would be of much complexity and can yield a plethora of “counterintuitive” results. Here, we provide an overview of four unconventional intentional or unintentional transport phenomena in molecular junctions, in particular, unconventional tunneling length-dependent transport behavior, deviation from Kirchhoff’s superposition law, dual roles of imperfect engineering, and masked quantum interference. These abnormal phenomena are not engaged in a dead end. On the contrary, it offers plenty of research opportunities in molecular electronics.

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