Immersion Precipitation 3D Printing (ip3DP)
Immersion Precipitation 3D Printing (ip3DP)
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3D Printing of Fluids at Ambient Conditions
Research
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3D printing with pneumatic dispensers/fused deposition modeling
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Formulation of printing ink for direct ink writing (DIW)
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Rheological characterization
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Fabrication of polymeric porous membrane/3D objects
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Experience in synthesis of unilamellar and multilamellar vesicles, and microcapsules
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Imaging techniques: Inverted and optical microscopy, Scanning electron microscopy (SEM), High-speed camera
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Analytical techniques: FTIR-NIR Spectrometry, Thermogravimetric analysis (TGA) Dynamic mechanical analyzer (DMA)
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Equipment: Spin coater, Electric signal generator, Electric signal amplifier, Micromanipulator
Technical, Software and Applications
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Operating Systems: Windows, Linux
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Programming: Python, R, Experience in C and MATLAB
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Web Application Framework: Shiny (by RStudio)
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Chemometrics: PT5-NIR
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Graphing and Data Analysis: OriginLab Pro
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Image Processing: ImageJ
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Documentation: Endnote, Latex