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VOLUME 40 (1984) | ISSUE 2 | PAGE 74
Nonlocal effects during current flow in a quasi-1-D conductor with a charge-density wave
Fis'ma ΖΛΐ. bKsp. ieor. nz.. w, ηυ. ώ, ,-τ—,, — ., It is shown theoretically that when a current / flows through part of a conductor with a charge-density wave an electric field and a voltage arise in a region in which no current is flowing. If / exceeds the threshold pinning current, domain walls— phase solitons—may be created at the boundaries of the region in which the current flows. These effects occur because a moving charge-density wave is deformed in the