Carbon nanosprings under compression or bending can fracture and fold, under twisting they form mobile helix reversal defects, and they expand with temperature at about 5×10^-5 K^-1.
11: Relaxation of the 4-kekulene nanospring (C 15H5)400 initially stretched up to h = 5 .5
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Structural and helix reversal defects of carbon nanosprings
Carbon nanosprings under compression or bending can fracture and fold, under twisting they form mobile helix reversal defects, and they expand with temperature at about 5×10^-5 K^-1.