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  1. Instruments and Experimental Techniques
  2. Instruments and Experimental Techniques : Volume 53
  3. Instruments and Experimental Techniques : Volume 53, Issue 3, May 2010
  4. Gas-drop flow homogeneity monitoring
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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 53, Issue 6, November 2010
Instruments and Experimental Techniques : Volume 53, Issue 5, September 2010
Instruments and Experimental Techniques : Volume 53, Issue 4, July 2010
Instruments and Experimental Techniques : Volume 53, Issue 3, May 2010
A radiographic facility for the 70-GeV proton accelerator of the institute for high energy physics
Determination of electrodynamic parameters of the period of an accelerating structure with spatially periodic radio-frequency quadrupole focusing
A detector for imaging of explosions on a synchrotron radiation beam
A spectrometer for investigating coherent phenomena in polarized orthopositronium decay in a weak magnetic field
Comparative analysis of the performance characteristics of mini-drift tubes with different design
A method for decreasing the loading on scintillation channels in facilities with pulsed neutron sources
Discrimination of particles by the scintillation pulse shape (in the electron energy range of 0.5–4.0 MeV) using the zero-crossing method
A high-power low-frequency generator for studying the earth’s crust
A high-voltage power supply based on a distributed capacitive energy storage
A cavity microwave load
A microwave two-wave interferometer for plasma diagnostics
A calorimetric probe diagnostics for neutral and charged components of a rarefied plasma flow
Measuring the extraction time of negative ions from the ionization chamber of a static mass spectrometer
Inverstigation of optical characteristics of polymers in the vacuum ultraviolet region
Laser optoacoustic method for measuring thermal characteristics of condensed substances under the action of an intense heavy-ion beam
Experimental diagnostic module for ultrafast combined interferometry of the processes of interaction of ultrashort laser pulses with condensed media in vacuum
A precise system for measuring weak optoacoustic perturbations
A technique for recording and analyzing the isothermal relaxation of the capacitance of semiconductor heterostructures
A setup for monitoring radon in air by aerosol filters
A ΠCP-02 field spectroradiometer for a 0.35- to 2.50- µm spectral region
A control system for the optical-fiber piezoelectric modulator of the optical path
P-Hg$_{0.8}$Cd$_{0.2}$Te based large area fast photoresistor
A source of gas, vapor, metal, and carbon ions based on a low-pressure hollow-cathode discharge
Gas-drop flow homogeneity monitoring
An automated dilatometric system
An ultrahigh vacuum device for measuring the conductivity of surface structures by a four-probe method based on a closed-cycle refrigerator
Instruments and Experimental Techniques : Volume 53, Issue 2, March 2010
Instruments and Experimental Techniques : Volume 53, Issue 1, January 2010
Instruments and Experimental Techniques : Volume 52
Instruments and Experimental Techniques : Volume 51
Instruments and Experimental Techniques : Volume 50
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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Gas-drop flow homogeneity monitoring

Content Provider Springer Nature Link
Author Nazarov, A. D.
Copyright Year 2010
Abstract The homogeneity of the distribution of a liquid in a gas-drop flow cross section is determined by the relative method using a high-frequency electromag netic radiator. The block diagram of the meter and the probe design are presented.
Starting Page 454
Ending Page 456
Page Count 3
File Format PDF
ISSN 00204412
Journal Instruments and Experimental Techniques
Volume Number 53
Issue Number 3
e-ISSN 16083180
Language English
Publisher SP MAIK Nauka/Interperiodica
Publisher Date 2010-06-29
Publisher Place Dordrecht
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Physical Chemistry Electrical Engineering Measurement Science and Instrumentation
Content Type Text
Resource Type Article
Subject Instrumentation
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