Experimental observations indicate that quenching defects in TaS3 act as extended objects producing a previously unknown non-local pinning of charge density waves that affects TP and ET differently than local pinning centers.
This unusual behavior observed in the second case indicates an improvement in the crystals quality due to the weakening of the CDW pinning caused by thermocycling
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2019 1verdicts
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A new type of charge-density-wave pinning in orthorhombic TaS$_3$ crystals with quenching defects
Experimental observations indicate that quenching defects in TaS3 act as extended objects producing a previously unknown non-local pinning of charge density waves that affects TP and ET differently than local pinning centers.