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Penn Regional Nanotechnology Facility Penn Engineering
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General Information
Electron Microscopy
 

• JEOL 2010F FEG
   HRTEM/STEM


• JEOL 2010 TEM

• JEOL 7500F FEG HRSEM

• FEI Quanta FEG ESEM

Focused Ion Beam
Atomic Force Microscopy
Ion Scattering
Applications
Reservations
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Instrument Rates
   

 

JEOL 6400 Analytical SEM
 
Specifications
 
Resolution    
  SEI 35 kV, 8 mm WD 3.5 nm
     
Gun    
  Tungsten filament  
  Probe Current 10-12 - 10-5 A
  Accelerating voltage 0.2 - 40 kV
     
Imaging    
  Magnification range 10 - 300,000 x
  Modes SEI, BEI, ECP
     
Specimen Stage    
  Movement x: 50 mm
    y: 70 mm
    z: 40 mm
    Tilt: -5 - 90o
    Rotation: 360o
  Maximum specimen size Diam: 100 mm
    Height: ~35 mm
     
Oxford EDS    
  Detector window Be, ultrathin, windowless
  Elements Down to B
  Resolution 150 eV
  Modes EDS (Qual, Quant)
    Digital Imaging
    X-ray Mapping
     
Microspec WDS    
  Linear Johansson design optics  
  Bragg angle range: - 33-135o 2-th
  Analyzing crystals LIF, PET, TAP, LOD
  Detectors Flow Proportional
    Xe-Sealed Proportional
  Quantitative algorithms ZAF
    Phi-Ro-Z
    Quadrilateral

 

PENN Regional Nanotechnology Facility
University of Pennsylvania / 3231 Walnut Street / Philadelphia PA 19104 / prnf@seas.upenn.edu / 215.898.8718
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  Penn Engineering