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All University of South Carolina system institutions will be closed through the end of the spring semester. Columbia campus virtual instruction will continue through the conclusion of final exams in May. Details can be found on the coronavirus landing page.

College of Engineering and Computing

Our Facilities

The Micro/Nanofluidics Lab in USC has over 1000 square feet of well-equipped state-of-the-art laboratory. We study fundamentals and applications of micro/nanofluidc devices for life science and other engineering.

  • Two tunable femto lasers based, far field, Stimulated Emission Depletion (STED) Nanoscopy : Self developed (supported by NSF MRI), multifunctional far-field nanoscopic system based on STED and Multiphoton consisting of Coherent’s Chameleon Ultra II 80MHz (RoHS) Ti:Sapphire tunable femto laser and Mira OPO – Fan Poled Ring Configuration optical parametric oscillator (OPO), Nikon’s C2 laser Scanning Confocal Microscope System, and PI’s PInano XYZ P-545.3C7 Piezo Stage with Capacitive Sensors with USB controller for velocity, concentration and temperature measurement, nanofabrication and bioimaging of live cell
  • Self developed CW laser STED System for far field nanoscopic bioimaging system and laser induced fluorescence photobleaching anemometer system (self-built)
  • Laser scanning confocal microscope
  • Coherent Sabre Krypton laser with dual Brewster window tube (tunable from UV to NIR)
  • LaVision Particle Imaging Velocimetry system
  • Ultra-low noise single photon detection module (id100-MMF50, Becker & Hickl Inc. Germany)
  • 405nm laser (Crystalaser)
  • 2Watt 532nm diode pumped solid state laser (OEM laser system)
  • 350 mW 473 nm diode pumped solid state laser
  • 300 mW 473 nm laser
  • Olympus inverted epifluorescence microscopes (IX70, Olympus)
  • Nikon inverted microscopes
  • Olympus PME microscope
  • Horiba Jobin Yvon H-10 Monochromator H-10vis
  • Tow Cooke SensiCam QE Cameras (high speed, Cooke corp.)
  • Photomultipliers tube (R1464, Hamamatsu )
  • Large area UV photoreceiver (New Focus)
  • Photodiodes with amplifiers
  • Anti-vibration optical tables (Thorlab)
  • He-Ne lasers (Newport Inc.),
  • Piezo Nano 3D positioning Stage (E664, PI)
  • 3D Translation stages (Newport, Mellesgriot)
  • High performance beam expander (Newport)
  • Objective NA 1.4 oil 100X, and others, 10X, 20X, 40X, UPlanFL (Olympus)
  • Lenses and optical filters, mechanical parts and etc.
  • Oscilloscope (4 GS/s, 4 channels, LeCroy 9384CL),
  • The HVS448 High Voltage Sequencer, LabSmith
  • Digital delay / pulse generator (DG535, Stanford Research System)
  • Keithley 248 high voltage power supply (Keithley Instruments Inc)
  • Oscilloscope (BK Precision)
  • Micro driver controller (Newport)
  • DC power supply (6634B, Agilent)
  • Multimeter (34401A, HP )
  • AD Convertor (USB-6259, NI)
  • Two AFG3102 function generators from Tektronix
  • High voltage power supply (0~8000v, 5 channels) (EMCO Inc.)
  • Laser displacement sensor and controller (3) (Keyence)
  • Low-noise current preamplifier SR570 (Stanford Research System)
  • Incubator
  • Fume hood
  • 3 PHD Syringe pumps (Harvard apparatus)
  • Branson ultrasonic cleaner (BRANSONICR )
  • Vortex mixer (Fisher Scientific),
  • Barnstead ultrapure water system (Nanopure DiamondTM)
  • Electronic weighing balances (METTLER AT261 DeltaRangeR ,Resolution: 0.01mg)
  • Thermo NESLAB RTE7 digital bath circulator (Rheology Solutions Pty Ltd)
  • Vacuum pump Pascal type 2010 (Alcatel vaccum products Inc.)
  • PC-410 Magnetic Stirrer (CorningR)
  • Electric Oven (Apothecaries Sundries Mfg. Co.)
  • Wire Bonder (Westband)
  • Clean room, class 1000
  • Headway Research CB-15 Photoresist spinner
  • A Water Channel 

 

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The Micro/Nano fluids Lab in USC

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The Micro/Nano fluids Lab in USC and clean room

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water channel

water channel of confined mixing layer

 

 


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