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XGS-1 Electronic Speckle Pattern Interferometry (ESPI) Experimental System

Introduction

Electronic speckle pattern interferometry (ESPI) is a method for studying object surface deformation. It involves techniques of computing image processing and holographic interferometry.

Specifications

He-Ne laser 1.5 mW, 632.8 nm
Voltage Variable Supply 0 V to 110 V
B/W CCD Camera 752 (H) x 582 (V) pixels
Image Card 640 x 480 x 16 bit
Measurement Error 1/2 ? @ 632.8 nm

Main Components
  • He-Ne Laser w/power supply: 1
  • SZ-04 Magnetic Base w/post holder: 7
  • SZ-02 2-D Adjustable Stage: 3
  • SZ-11 Small 2-D stage: 1
  • SZ-07 2-D Tiltable Holder: 5
  • SZ-12 Plate Holder: 2
  • SZ-04 SZ-42 Laser Tube Holder: 1
  • SZ-04 SZ-13 White Screen: 1
  • SZ-04 Flat Mirror: 3
  • SZ-04 Beam Expander (f =4.5 mm): 1
  • SZ-04 Beam Splitter (6:4, 60x50x6.3 mm): 1
  • SZ-04 Lens (f =70 mm): 1
  • SZ-04 Mtested Object 1 w/power supply: 1
  • SZ-04 tested Object 2: 1
  • B/W CCD w/power supply: 1
  • Image Card: 1
  • Application Program and Manual: 1
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