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Prediction of 2D XC2N4 (X= Ti, Mo, and W) monolayers with high mobility as an encouraging candidate for photovoltaic devices
In this study, the impacts of strain and an electric field on the electronic and optical
characteristics of monolayer XC 2 N 4 (X= Ti, Mo, and W) were systematically examined …
characteristics of monolayer XC 2 N 4 (X= Ti, Mo, and W) were systematically examined …
Stable distorted phase of monolayers: First-principles insights into structural, vibrational, mechanical, electronic, and optical properties
The recent synthesis of two-dimensional (2D) MoSi 2 N 4 and WSi 2 N 4 crystals has given
rise to a new class of 2D materials with distinctive properties and significant potential for …
rise to a new class of 2D materials with distinctive properties and significant potential for …
Raman activity, piezoelectric response, and carrier mobility in two-dimensional Janus TiGeZ3H (Z= N, P, As) semiconductors: A first-principles prediction
In this article, we theoretically propose a series of TiGe Z 3 H (Z= N, P, As) monolayers and
comprehensively investigate their structural, vibrational, piezoelectric, electronic, and …
comprehensively investigate their structural, vibrational, piezoelectric, electronic, and …
Tunable Raman activity and enhanced piezoelectricity of AlGeZ2 (Z= N, P, and As) monolayers: A first-principles calculation
In this work, we theoretically design a series of two-dimensional (2D) materials with eight
stacked sublayers AlGe Z 2 (or Al 2 Ge 2 Z 4)(Z= N, P, and As) and explore their structural …
stacked sublayers AlGe Z 2 (or Al 2 Ge 2 Z 4)(Z= N, P, and As) and explore their structural …
First-principles calculations of electronic properties under different magnetic order and optical properties of 2D AlOF monolayer
Two-dimensional materials have emerged as promising candidates for service in
miniaturized electronic and optoelectronic devices due to their exceptional properties and …
miniaturized electronic and optoelectronic devices due to their exceptional properties and …