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Dataset for paper "Towards compact high-efficiency grating couplers"/Fig1
Data to produce manuscript figures for Towards compact high-efficiency grating couplers for visible wavelength photonics -
Data for: Manufacture and buckling test of a variable-stiffness, variable-thi...
Data pertaining to the publication 'Manufacture and buckling test of a variable-stiffness, variable-thickness composite cylinder under axial compression' in AIAA journal -
Data from Soft Matter Computing (08-2019)/Fig_3B
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_2D
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_7E
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_5C
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_7C
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_7D
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_S3
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_5B
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_2B
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_S6B
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_S4
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_S2
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_4C
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_6C
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_6D
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_S1A
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_5D
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019 -
Data from Soft Matter Computing (08-2019)/Fig_2C
Supporting data for paper: A soft matter computer for soft robots M.Garrad, G.Soter, A.T.Conn, H.Hauser and J.Rossiter Science Robotics 2019