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Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling HE, Xin, 2026, "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling", https://doi.org/10.14711/dataset/AHSU8I, DataSpace@HKUST, V2, UNF:6:DfRGlzuBfTW3KztAanytlw== [fileUNF] Supplementary information for "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling" submitting to JGR: Solid Earth
0%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 48.6 MB - MD5: 910c45c2aacd46d3d9bf829f68484392 Flow process of debris-ice avalanche with the ice mass content of 0%
100%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 27.4 MB - MD5: 64b87f1ac48626ecbbeda89dae39bd69 Flow process of debris-ice avalanche with the ice mass content of 100%
20%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 51.8 MB - MD5: 6a01a59058b16fc1d34f39d4db6ef3c8 Flow process of debris-ice avalanche with the ice mass content of 20%
40%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 48.9 MB - MD5: 01c81674259e95dfc0a535039f037d0a Flow process of debris-ice avalanche with the ice mass content of 40%
60%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 33.2 MB - MD5: 6846018f70fe3c0f6967347e38f3688d Flow process of debris-ice avalanche with the ice mass content of 60%
80%.mp4 Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling MPEG-4 Video - 37.2 MB - MD5: f8efa2d6d26e9739ef0a82ec949e794b Flow process of debris-ice avalanche with the ice mass content of 80%
Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling.tab Jan 13, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling Tabular Data - 774 B - 24 Variables, 10 Observations - UNF:6:DfRGlzuBfTW3KztAanytlw==
Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling Jan 13, 2026 Supplementary information for "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling"
Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017 Dec 22, 2025 - Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017 ZHANG, Zijing; YU, Jianzhen, 2025, "Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017", https://doi.org/10.14711/dataset/JKV87K, DataSpace@HKUST, V2, UNF:6:ehVGUieAYZWc4JoMzLvJ9w== [fileUNF] This file included 1) calculated results of aerosol pH in different seasons in YL site; 2) Sensitivity test of WSIIs concentration to the reduction of TNH3, TNO3 and sulfate during fall and winter; 3) Threshold value for Classfying ammonia-rich and ammonia-poor regime in YL site.

Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

HE, Xin, 2026, "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling", https://doi.org/10.14711/dataset/AHSU8I, DataSpace@HKUST, V2, UNF:6:DfRGlzuBfTW3KztAanytlw== [fileUNF]

Supplementary information for "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling" submitting to JGR: Solid Earth

0%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 48.6 MB -

Flow process of debris-ice avalanche with the ice mass content of 0%

100%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 27.4 MB -

Flow process of debris-ice avalanche with the ice mass content of 100%

20%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 51.8 MB -

Flow process of debris-ice avalanche with the ice mass content of 20%

40%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 48.9 MB -

Flow process of debris-ice avalanche with the ice mass content of 40%

60%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 33.2 MB -

Flow process of debris-ice avalanche with the ice mass content of 60%

80%.mp4

Jan 15, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

MPEG-4 Video - 37.2 MB -

Flow process of debris-ice avalanche with the ice mass content of 80%

Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling.tab

Jan 13, 2026 - Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

Tabular Data - 774 B - 24 Variables, 10 Observations -

Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling

Jan 13, 2026

Supplementary information for "Unraveling the Mechanism of Hypermobility in Debris-Ice Avalanches Insights from Centrifuge Modeling"

Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017

Dec 22, 2025 - Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017

ZHANG, Zijing; YU, Jianzhen, 2025, "Aerosol pH and sensitivity test at Yuen Long site from July 2013 to June 2017", https://doi.org/10.14711/dataset/JKV87K, DataSpace@HKUST, V2, UNF:6:ehVGUieAYZWc4JoMzLvJ9w== [fileUNF]

This file included 1) calculated results of aerosol pH in different seasons in YL site; 2) Sensitivity test of WSIIs concentration to the reduction of TNH3, TNO3 and sulfate during fall and winter; 3) Threshold value for Classfying ammonia-rich and ammonia-poor regime in YL site.

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