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The emerging microscopic theory featuring the titled mechanisms quantitatively explains chemical trends in three multilayer cuprate superconductive families, Bi₂{Sr}₂Ca_n-1{Cu}ₙO_4+2n+δ, Tl₂{Ba}₂Ca_n-1{Cu}ₙO_4+2n+δ, and HgBa₂{Ca}_{n{{-}}1}Cuₙ{O}_{2+2n+{{δ}}}$ and relates superconductive properties directly to structure, not only for ${T}c$ but also for ${dT}c$/dp as well. The theory is based on conventional electron-lattice interactions and utilizes no exotic concepts.
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J. C. Phillips (1994) studied this question.
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