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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 -
Data from: RUBIC An Untethered Soft Robot/Supplementary_Material
This project supports a journal paper describing an untethered soft robot, which has been published in Frontiers in Robotics and AI. This paper describes the design and... -
Performance Data for Tuneable Electrically Small Antennas/Q_varactor
This data set supports the paper "Novel Performance Metrics for Tuneable Electrically Small Antennas" (in submission). The data included describes the reflection coefficient and... -
Performance Data for Tuneable Electrically Small Antennas/input_response_S11/...
This data set supports the paper "Novel Performance Metrics for Tuneable Electrically Small Antennas" (in submission). The data included describes the reflection coefficient and... -
Performance Data for Tuneable Electrically Small Antennas/Q_trimmer
This data set supports the paper "Novel Performance Metrics for Tuneable Electrically Small Antennas" (in submission). The data included describes the reflection coefficient and...