Jones, David
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Publication Make and Characterize Microfluidic Devices with Gelatin: Do-it-yourself (DIY) Laboratory at Home(Singh Center for Nanotechnology, 2021-11-09) Youderian, Marissa; Song, Xilai; Lancaster, Mark; Jones, David J.; Jhamb, Ahana; Kim, Gyuseok L.Microfluidic devices have been fabricated with gelatin and paper clips. Optimization of fabrication and characterization process has been carried out systemically by varying gelatin-to-water ratio, bonding time and connector type. We find that the higher gelatin-to-water ratio and the luer lock syringe tip provide a greater success rate, whereas the influence of bonding time is limited. The Reynolds number was calculated to identify whether the fluid shows laminar or turbulent flow.Publication LayoutEditor Training: 14 - Integrated Practice(2019-11-19) Jones, DavidPublication LayoutEditor Training: 07 - Cells & Circles(2019-11-19) Jones, DavidPublication LayoutEditor Training: 05 - Selecting & Deleting Objects(2019-11-19) Jones, DavidPublication LayoutEditor Training: 03 - Setting Grid & Zoom(2019-11-19) Jones, DavidPublication LayoutEditor Training: 11 - Move/Scale & Copy/Move(2019-11-19) Jones, DavidPublication Lesker PVD75 E-beam Evaporator (PVD-04) Standard Operating Procedure(2022-10-05) Jones, David J.; Röhr, Jason A.Standard Operating Procedure for the Lesker PVD75 E-beam Evaporator (PVD-04) located at the Quattrone Nanofabrication Facility within the Singh Center for Nanotechnology at the University of PennsylvaniaPublication Heidelberg DWL66+ Laser Writer (LW-01) Standard Operating Procedure(2023-02-15) Jones, David JStandard operating procedure (SOP) for Heidelberg DWL66+ laser writer.Publication KJLC PVD75 E-beam Evaporator (PVD-04) standard operating procedure(2022-04-01) Jones, David J.Publication LayoutEditor Training: 08 - Cell Array(2019-11-19) Jones, David