Nanogap patterning on NbTi thin-film resonators decreases TC by 1.5 K and raises dfres/dT to 62 MHz/K at 4.2 K, enhancing cryogenic thermometry sensitivity by 10x.
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Oxygen plasma treatment on Ge heterostructures reduces interface trap density from the Si cap, improving mobility and lowering percolation density in 2DHGs compared with HF etching.
citing papers explorer
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Surface nanostructuring of NbTi superconducting thin-film resonators for enhanced cryogenic thermometry
Nanogap patterning on NbTi thin-film resonators decreases TC by 1.5 K and raises dfres/dT to 62 MHz/K at 4.2 K, enhancing cryogenic thermometry sensitivity by 10x.
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Impact of surface treatments on the transport properties of germanium 2DHGs
Oxygen plasma treatment on Ge heterostructures reduces interface trap density from the Si cap, improving mobility and lowering percolation density in 2DHGs compared with HF etching.