Alkali-metal intercalation in bilayer PdTe2 raises Tc to 13.5 K with two-dome-like evolution and drives a two-gap to single-gap transition via interlayer expansion.
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Strain engineering converts semiconducting 7aGNRsH to conductive across IR-visible-UV while metallic 7aGNRsH-B and 7aGNRsH-V retain non-zero conductivity; Berry curvature localizes differently under strain.
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Two-gap to Single-gap Transition and Two-dome-like Superconductivity in Alkali-Metal Intercalated Bilayer PdTe2
Alkali-metal intercalation in bilayer PdTe2 raises Tc to 13.5 K with two-dome-like evolution and drives a two-gap to single-gap transition via interlayer expansion.
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First-principles calculations of electrical conductivities of edge-modified graphene nanoribbons: strain effect
Strain engineering converts semiconducting 7aGNRsH to conductive across IR-visible-UV while metallic 7aGNRsH-B and 7aGNRsH-V retain non-zero conductivity; Berry curvature localizes differently under strain.