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Data for 2024 Nature Communications - sliding suction/design of the sliding s...
Tianqi Yue, Hermes Bloomfield-Gadêlha and Jonathan Rossiter, Snail-inspired Water-enhanced Soft Sliding Suction for Climbing Robots, Nature Communications, 2024 -
Data for 2024 Nature Communications - sliding suction/design of the sliding s...
Tianqi Yue, Hermes Bloomfield-Gadêlha and Jonathan Rossiter, Snail-inspired Water-enhanced Soft Sliding Suction for Climbing Robots, Nature Communications, 2024 -
Data for 2024 Nature Communications - sliding suction/design of the sliding s...
Tianqi Yue, Hermes Bloomfield-Gadêlha and Jonathan Rossiter, Snail-inspired Water-enhanced Soft Sliding Suction for Climbing Robots, Nature Communications, 2024 -
Rogmann_2024_CMP
For MORB compositions in the lower mantle, the aluminous phases calcium-ferrite type phase (CF) and new aluminous phase (NAL) are thought to hold the excess alumina produced by... -
Serrage_eDNA_revised
Updated experimental data for project entitled 'Quantification of eDNA network abundance and architecture within Streptococcus gordonii biofilms reveals modulatory factors' -
Serrage_eDNA/Figure 3 DNase
Experimental data for project entitled 'Quantification of eDNA network abundance and architecture within Streptococcus gordonii biofilms reveals modulatory factors' -
Serrage_eDNA/Figure 7 SsnA
Experimental data for project entitled 'Quantification of eDNA network abundance and architecture within Streptococcus gordonii biofilms reveals modulatory factors' -
Serrage_eDNA/Figure 9 Hpp/HppH
Experimental data for project entitled 'Quantification of eDNA network abundance and architecture within Streptococcus gordonii biofilms reveals modulatory factors' -
Serrage_eDNA/Figure 5 GTF CSP
Experimental data for project entitled 'Quantification of eDNA network abundance and architecture within Streptococcus gordonii biofilms reveals modulatory factors' -
Jones et al Distal humeral morphology in giant kangaroos/2. R Code/Canonical ...
Supporting data for the paper, Jones et al. Distal humeral morphology in giant extinct kangaroos. -
Gore et al (2021) - C2 OES data/S6
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/Figure 8
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/Figure 4
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/Figure 3
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/S3
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/Figure 5
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/Figure 9
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/S4
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Gore et al (2021) - C2 OES data/S9
Spatially and wavelength resolved imaging measurements of emission from electronically excited C2 radicals in microwave activated C/H plasmas, with associated modelling... -
Data from plasma diagnosis (05-2020)/Figure 7
Experimental diagnosis and modelling of Si/H and Si/C/H plasmas used in the chemical vapour deposition of Si doped thin film diamond