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  1. Instruments and Experimental Techniques
  2. Instruments and Experimental Techniques : Volume 50
  3. Instruments and Experimental Techniques : Volume 50, Issue 6, November 2007
  4. A metrological reference UV sensor
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Instruments and Experimental Techniques : Volume 60
Instruments and Experimental Techniques : Volume 59
Instruments and Experimental Techniques : Volume 58
Instruments and Experimental Techniques : Volume 57
Instruments and Experimental Techniques : Volume 56
Instruments and Experimental Techniques : Volume 55
Instruments and Experimental Techniques : Volume 54
Instruments and Experimental Techniques : Volume 53
Instruments and Experimental Techniques : Volume 52
Instruments and Experimental Techniques : Volume 51
Instruments and Experimental Techniques : Volume 50
Instruments and Experimental Techniques : Volume 50, Issue 6, November 2007
High-voltage elements of a tandem accelerator with vacuum insulation
Effect of neutron irradiation on the electrodes of a vacuum photoemission detector
A measuring complex for time-of-flight spectrometry of fast neutrons
A one-dimensional position-sensitive detector for thermal neutrons
Calibrating the forward calorimeter of the CMS detector using a $^{60}$Co radioactive source
The μSR setup on the muon beam of the synchrocyclotron at the Konstantinov Institute of Nuclear Physics
Segmented high-purity germanium detectors
Efficiency of radioluminescence of water under the action of accelerated electrons
Rising the signal-to-noise ratio in X-ray spectra of femtosecond laser-produced plasmas using the “mean-median” algorithm
Stabilization of nuclear radiation spectra by the hardware and software correction
A data acquisition system of the SND detector for experiments on the BЭΠΠ-2000
A hardware and software system for the laser time-of-flight mass spectrometer
A capacitor with the complete compensation of the radiation-stimulated charge loss
Measurements of high-frequency complex impedances in fast processes
A collector assembly for measuring a subnanosecond-duration electron beam current
A VUV-UV gas-discharge lamp on a low-pressure mixture of argon and xenon with bromine vapors
A metrological reference UV sensor
A superhigh-frequency attachment to the pulse X-ray fluorimeter
Peculiarities of the MX7304A monopole mass spectrometer performance in pulse counting mode
An immersible fiber-optic fluorometer
An instrument for determining the densities of liquid metals and alloys
An ultrahigh-vacuum nitrogen-free helium cryostat with small heat losses
Instruments and Experimental Techniques : Volume 50, Issue 5, September 2007
Instruments and Experimental Techniques : Volume 50, Issue 4, July 2007
Instruments and Experimental Techniques : Volume 50, Issue 3, May 2007
Instruments and Experimental Techniques : Volume 50, Issue 2, March 2007
Instruments and Experimental Techniques : Volume 50, Issue 1, February 2007
Instruments and Experimental Techniques : Volume 49
Instruments and Experimental Techniques : Volume 48
Instruments and Experimental Techniques : Volume 47
Instruments and Experimental Techniques : Volume 46
Instruments and Experimental Techniques : Volume 45
Instruments and Experimental Techniques : Volume 44
Instruments and Experimental Techniques : Volume 43

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A metrological reference UV sensor

Content Provider Springer Nature Link
Author Pavelets, S. Yu. Pavelets, A. M. Bobrenko, Yu. N.
Copyright Year 2007
Abstract Metrological sensors based on Cu$_{1.8}$S-A$_{2}$B$_{6}$ (A$_{2}$B$_{6}$ denote CdSe, CdS, and ZnS semiconductor compounds) photoelectric converters with a high sensitivity to short-wave radiation are described. Photoelectric converters of this type are distinguished by stable properties and a high absolute sensitivity in the UV region. For example, for incident radiation with wavelength λ = 254 nm, the photocurrent is 70–110 mA/W. Photoelectric converters of the Cu$_{1.8}$S-CdS type are most sensitive in the short-wave region, while Cu$_{1.8}$S-CdSe converters can also be used as metrological sensors for visible radiation. By improving the surface-barrier structures, it is possible to produce a photoelectric converter with an area of 100 cm$^{2}$, a differential resistance of ≥10$^{8}$ Ω, and an <1% nonuniformity of the photocurrent induced by scanning the surface with a light probe.
Ending Page 820
Page Count 3
Starting Page 818
File Format PDF
ISSN 00204412
e-ISSN 16083180
Journal Instruments and Experimental Techniques
Issue Number 6
Volume Number 50
Language English
Publisher Nauka/Interperiodica
Publisher Date 2007-01-01
Publisher Place Moscow
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Measurement Science, Instrumentation Physical Chemistry Electronic and Computer Engineering
Content Type Text
Resource Type Article
Subject Instrumentation
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