☆ 4.8 Review

SnIP-type atomic-scale inorganic double-helix semiconductors: Synthesis, properties, and applications

NANO RESEARCH (2023)

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NANO RESEARCH (2023)

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Summary: One-dimensional semiconductors are fascinating materials with unique structural features and anisotropy, leading to intriguing optical, dielectric, and mechanical properties. In this study, we report on SnBrP, a new member of the inorganic double helix compound family similar to SnIP. Through a combination of experimental measurements and quantum chemical calculations, we propose a structural model for SnBrP.

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Nanotube Matrices for Flexible SnIP Nanowires

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Summary: A detailed DFT study was conducted on 1D-SnIP@2D-material hybrids, exploring the potential of different 2D materials as hosts for the highly flexible semiconductor SnIP. Hybrid materials were classified based on total energy, matrix internal diameter, and bonding interactions, identifying less-probable and most-probable hybrids.

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Bo Peng et al.

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Summary: Time-resolved terahertz spectroscopy was used to study the transient photoconductivity of SnIP nanowire films and measure carrier mobility, revealing high electron mobility along the double-helix axis. Additionally, infrared-active THz vibrational modes were measured showing good agreement with first-principles calculations, and ultrafast photoexcitation-induced charge redistribution was observed on picosecond timescales. The findings suggest that SnIP could be well-suited for flexible electronics applications due to its high carrier mobility.

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