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- W2942003088 abstract "Abstract In this paper, we investigated the lattice distortion displacement effects (LDDE) on magnetizations versus temperature in a monolayer nanographene (MLNG) by using effective field theory developed by Kaneyoshi. To obtain the LDDE, we used the twinning angle (θ) of the zigzag edge of the MLNG and obtain the M-T curves for θ = 10 ° - 180 ° with 10 steps. We find that MLNG has a minimum Curie temperature ( T C min = 2.738 ) for a certain critical twinning angle ( θ CTA = 130 ° ) of the zigzag edge of the MLNG. The T C increases ( T C > T C min ) as the θ increases or decreases from the θ CTA = 130 ° (both θ θ CTA and at θ > θ CTA cases). Since the hardness is directly proportional with the T c , the hardness of the MLNG increases for both θ θ CTA and at θ > θ CTA cases. Thus, the MLNG has a resistance against to the any changing in the θ CTA . Therefore, we suggest that the origin of the hardness in nanographene is θ CTA ." @default.
- W2942003088 created "2019-05-03" @default.
- W2942003088 creator A5048611219 @default.
- W2942003088 date "2019-07-01" @default.
- W2942003088 modified "2023-09-24" @default.
- W2942003088 title "Origin of the hardness in the monolayer nanographene" @default.
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- W2942003088 doi "https://doi.org/10.1016/j.physleta.2019.04.039" @default.
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