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1,821 to 1,829 of 1,829 Results
Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"
Nov 2, 2022 - Pompano Lab
Musgrove, Hannah; Pompano, Rebecca, 2022, "Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"", https://doi.org/10.18130/V3/BWSRSL, University of Virginia Dataverse, V1
Design files for 3D printed raised ports with varying inner diameters that can be printed and used to determine dimensions for a tubing-to-3D printed chip connection. The file can also be edited once downloaded to be integrated into existing 3D print designs.
Inner Diameter Test Piece.f3d
Nov 2, 2022 - Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"
Unknown - 107.0 KB - MD5: 18a8ccea9ebb4461f63abb8fe2f7f5d3
Design file, compatible with Fusion360 software, measurements set in mm
Inner Diameter Test Piece.ipt
Nov 2, 2022 - Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"
Unknown - 183.0 KB - MD5: 6dfdfe52c1fc0214c03aa9e3085299c7
Inner Diameter Test Piece.stl
Nov 2, 2022 - Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"
STL Format - 703.0 KB - MD5: 5606159a16a09640765fdd272c6e5058
Design file, compatible with most slicing software, measurements set in mm
README_RaisedPortDesigns_20221012-1.rtf
Nov 2, 2022 - Raised Port, Inner Diameter Test Files from Musgrove et al, "Threadless chip-to-world connections on resin 3D printed microscale devices"
Rich Text Format - 892 B - MD5: 9cd5cb25393e6e181c3260ef7f6de3b4
Replication Data for: McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science
Nov 7, 2017 - LibraData: UVa's Scholarly Research
Shingledecker, Christopher; McGuire, Brett, 2017, "Replication Data for: McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science", https://doi.org/10.18130/V3/4IFDBP, University of Virginia Dataverse, V1, UNF:6:FiFImOSQ7hOMqvnNSw9bZg== [fileUNF]
Astrochemical model output and modified KIDA 2014 chemical network used in McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science.
model_abundances.tab
Nov 7, 2017 - Replication Data for: McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science
Tabular Data - 4.7 KB - 7 Variables, 64 Observations - UNF:6:FiFImOSQ7hOMqvnNSw9bZg==
Column densities (cm^-2) vs time for benzonitrile, HC3N, HC5N, HC7N, HC9N, and benzene
new_gas_reactions.in
Nov 7, 2017 - Replication Data for: McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science
Plain Text - 17.0 KB - MD5: 95891726e715c4bde560f757189ebf4e
New gas-phase reactions added to KIDA 2014 network
new_grain_reactions.in
Nov 7, 2017 - Replication Data for: McGuire et al., "Discovery of the Interstellar Aromatic Molecule Benzonitrile (c-C6H5CN) in TMC-1", 2017, Science
Plain Text - 12.6 KB - MD5: a2b67870226787424e96853af2e9d8e4
New grain-surface reactions
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