GWD HPGe Well-type Detectors Liquid nitrogen cooled

Application

Detection of Gamma-rays in nuclear energetics and environmental control, in industry and scientific research, in nuclear medicine and other applications when the user is dealing with small amount of sample and is willing to have better efficiency if to compare to regular Coaxial HPGe detectors. 

Features

  • 15% - 70% and higher efficiency HPGe Well-type detectors are available
  • Energy range from 20 keV to 10 MeV
  • Well materials: Aluminum 
  • Thin “dead” layer to provide excellent efficiency
  • Built-in or Remote Preamplifier types are available depending on application
  • Almost 4π geometry measurement
  • Low instrument background
  • High energy rate up to 200000 MeV/s
  • Excellent peak symmetry & high resolution
  • HV supply protection if detector is warm
  • High count rate indicator
  • Variable cryostat design modifications

COMPLETE SET

  • HPGe Well-type detector
  • Preamplifier with cooled input stage
  • Dewar vessel
  • Cable set
  • Documentation

ACCESSORIES

  • Multichannel Analyzer (Digital or Analog-Digital)
  • Analytical Software packages:
  •          quantitative and qualitative analysis
  •          γ-spectra modeling & efficiency registration calculation for complex geometry objects
  •          extended radionuclide library
  • Lead Shielding for cutting background
  • Liquid nitrogen storage and filling system
  • Liquid nitrogen sensor and monitor
  • Cable set extension

DESCRIPTION

Detection of Gamma-rays in nuclear energetics and environmental control, in industry and scientific research, in nuclear medicine and other applications.

SPECIFICATION

ModelWell diameter*Nominal volume, ccEnergy Resolution (FWHM 122 keV), keVEnergy Resolution (FWHM 1332 keV), keV
GWD-152010901.12.0
GWD-1522161001.32.2
GWD-2020101101.12.0
GWD-2022161201.32.2
GWD-2522101301.12.2
GWD-2523161401.32.3
GWD-3022101501.22.2
GWD-3023161601.42.3
GWD-3522101701.22.2
GWD-3523161801.42.3
GWD-4022101901.22.2
GWD-4023162001.42.3
GWD-6023102801.32.3
GWD-7024103601.32.4
GWD-7024163601.32.4

FILES TO DOWNLOAD

PDF brochure

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