FTIR system

Order Code: 24257655.1

Category: General Lab Equipment V

Wave number range:     7800 ~ 375 cm-1       Interferometer: Michelson interferometer with 30 degrees of incidence angle       Better than 0.5 τ %?2200~1900cm-1?     &nb...



SPECIFICATION

  • Wave number range:     7800 ~ 375 cm-1      
  • Interferometer: Michelson interferometer with 30 degrees of incidence angle      
  • Better than 0.5 τ %?2200~1900cm-1?      
  • 100% τ line tilt range:     1 cm-1      
  • Resolution: 30000:1 (DLATGS, resolution@4cm-1. sample and background scan for 1 min@2100cm-1)Signal noise ratio: High resolution DLATGS detector with Moisture-proof coating      
  • KBr coated with Ge (Made in USA)      
  • Detector: Long life, air cooled IR light source (Made in USA)      
  • A/D converter of 24 bits at 500MHz, USB 2.0      
  • Beamsplitter: 110-220V AC, 50-60Hz      
  • Light source: 450*350*235 mm      
  • Electronic system: 14.2kg      
  • Electricity: 650*600*400mm      
  • Dimension:     
  • Weight:     
  • Package dimension:                                       1.00
  • Software Principle Component Application, Multivariate Curve Resolution, Image processing using different profiles like peak area, peak height etc.      
  • · Particle size analysis, including counting the number of particles along with IR spectra      
  • · Software should capable for microscopic analysis of microparticles with different size and shape.      
  • · The size and locations of identified regions should be used to position the specimen to align each region with an aperture and so to set the aperture to a size appropriate for collecting a spectrum from the region of interest.      
  • · Software should have automated mixture analysis software for chemical identification of unknown sample especially multiple component sample by a completely automated way and report best possible spectral matches using spectral libraries.      
  • · Software should have facility to perform analysis in automated way e.g., identification of particles of different size and adjusting the aperture accordingly before spectral acquisition.
     

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