Peter Grünberg Institut – Quantum Nanoscience (PGI-3)

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631 to 640 of 736 Results

soft_axis.zip Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule ZIP Archive - 17.5 MB - SHA-256: 4f111da2507aeaadad8de72a54611dbca2bd6738ee38f599f8d7a48db7986dda Image and spectroscopy files used in the generation of Fg. 2B (right panel)
Fig_2a.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 8.0 MB - SHA-256: adf43dafcc1942bcd24b0c5e279529d6140a9a7f3255d1797956d28a7fc26e33 Scanning tunneling microscopy data used to produce figures 2a and 2c. WSxM format.
Fig_2b.png Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films PNG Image - 1.7 MB - SHA-256: 2081e431df51fef73c6c8f69bf3200bdefb432b71bbead9646fb6dab73d4ad9c Optical microscope image used to produce figure 2b.
Fig_3a.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 145 B - SHA-256: e262508ffccacb1a18d67f3a9a83f03999e5a53ad26d40265b65427f84cac675 Experimental and model conductivity data used to produce figure 3a. ASCII format.
Fig_3b.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 8.4 KB - SHA-256: 6a85f0f0fc37bcf370aef1c9a088497ee0f88570e720941e68ac077c2e8452c0 Model conductivity data used to produce figure 3b. ASCII format.
Fig_4.dat Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Fixed Field Text Data - 117 B - SHA-256: d6d5c029854a01510391d2ec92e226015eaf104510969d22db7e60a0600882d4 Charge carrier mobility data used to produce figure 4. ASCII format.
Fig_S1a.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 2.0 MB - SHA-256: 518dd2ef11516f5e9f2b3e55ef990be3d6367397d1d250f7903e54b6d36aeb69 Scanning tunneling microscopy data used to produce supplementary figure S1a. WSxM format.
Fig_S1b.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 8.0 MB - SHA-256: ca70a97da4a943abde8c3d25c4b67fb2270a280255bd7dd082c5b2c9745d85ae Scanning tunneling microscopy data used to produce supplementary figures S1b and S1d. WSxM format.
Fig_S1c.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 8.0 MB - SHA-256: f489b57b249fd136a0caca8e48985b3a05e918baeca8aee583577c12909b53c0 Scanning tunneling microscopy data used to produce supplementary figure S1c. WSxM format.
Fig_S1e.stp Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films Unknown - 2.0 MB - SHA-256: b184ade53c0f583229a0aa6abc99692d00cfd7d57241386eba6b54005c107040 Scanning tunneling microscopy data used to produce supplementary figure S1e. WSxM format.

soft_axis.zip

Nov 10, 2021 - Data used in: The stabilization potential of a standing molecule

ZIP Archive - 17.5 MB - SHA-256: 4f111da2507aeaadad8de72a54611dbca2bd6738ee38f599f8d7a48db7986dda

Image and spectroscopy files used in the generation of Fg. 2B (right panel)

Fig_2a.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 8.0 MB - SHA-256: adf43dafcc1942bcd24b0c5e279529d6140a9a7f3255d1797956d28a7fc26e33

Scanning tunneling microscopy data used to produce figures 2a and 2c. WSxM format.

Fig_2b.png

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

PNG Image - 1.7 MB - SHA-256: 2081e431df51fef73c6c8f69bf3200bdefb432b71bbead9646fb6dab73d4ad9c

Optical microscope image used to produce figure 2b.

Fig_3a.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 145 B - SHA-256: e262508ffccacb1a18d67f3a9a83f03999e5a53ad26d40265b65427f84cac675

Experimental and model conductivity data used to produce figure 3a. ASCII format.

Fig_3b.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 8.4 KB - SHA-256: 6a85f0f0fc37bcf370aef1c9a088497ee0f88570e720941e68ac077c2e8452c0

Model conductivity data used to produce figure 3b. ASCII format.

Fig_4.dat

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Fixed Field Text Data - 117 B - SHA-256: d6d5c029854a01510391d2ec92e226015eaf104510969d22db7e60a0600882d4

Charge carrier mobility data used to produce figure 4. ASCII format.

Fig_S1a.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 2.0 MB - SHA-256: 518dd2ef11516f5e9f2b3e55ef990be3d6367397d1d250f7903e54b6d36aeb69

Scanning tunneling microscopy data used to produce supplementary figure S1a. WSxM format.

Fig_S1b.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 8.0 MB - SHA-256: ca70a97da4a943abde8c3d25c4b67fb2270a280255bd7dd082c5b2c9745d85ae

Scanning tunneling microscopy data used to produce supplementary figures S1b and S1d. WSxM format.

Fig_S1c.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 8.0 MB - SHA-256: f489b57b249fd136a0caca8e48985b3a05e918baeca8aee583577c12909b53c0

Scanning tunneling microscopy data used to produce supplementary figure S1c. WSxM format.

Fig_S1e.stp

Sep 11, 2021 - Data used in: Lifting the Spin-Momentum Locking in Ultra-Thin Topological Insulator Films

Unknown - 2.0 MB - SHA-256: b184ade53c0f583229a0aa6abc99692d00cfd7d57241386eba6b54005c107040

Scanning tunneling microscopy data used to produce supplementary figure S1e. WSxM format.

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