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Stability tests of ionization gauges using two-stage flow-dividing system
8 references·0 citing·17 second hop
Stability tests of ionization gauges using two-stage flow-dividing system (2009)Stability tests of ionization gauges usin…Two-stage flow-dividing system for the calibration of vacuum gauges (2007)Two-stage flow-dividing syste…Comparison of the stability of hot and cold cathode ionization gauges (2003)Comparison of the stability o…Temperature corrections for the calibration of vacuum gauges (1998)Temperature corrections for t…Long-term stability of Bayard–Alpert gauge performance: Results obtained from repeated calibrations against the National Institute of Standards and Technology primary vacuum standard (1995)Long-term stability of Bayard…Comments on the stability of Bayard–Alpert ionization gages (1995)Comments on the stability of …Long-term stability of two types of hot cathode ionization gauges (1985)Long-term stability of two ty…Reliability of high vacuum measurements (1983)Reliability of high vacuum me…Long term behaviour of ionization gauges (1981)Long term behaviour of ioniza…Sensitivity of hot cathode ionization gages (1985)Stable and reproducible Bayard–Alpert ionization gauge (1994)Calibration of ultrahigh vacuum gauge from 10−9 Pa to 10−5 Pa by the two-stage flow-dividing system (2011)Long-term stability of metal-envelope enclosed Bayard–Alpert ionization gauges (2012)Review Article: Recommended practice for calibrating vacuum gauges of the ionization type (2018)Low-range flowmeters for use with vacuum and leak standards (1987)Pressures in the high and medium vacuum range generated by a series expansion standard (1990)A precision gas flowmeter for vacuum metrology (1993)High-accuracy calibration in the vacuum range 0.3 Pa to 4000 Pa using the primary standard of static gas expansion (2002)The effect of ambient temperature on the sensitivity of hot-cathode ionization gauges (2004)Primary pressure measurements down to 10−6 Pa (1988)The National Bureau of Standards primary high-vacuum standard (1988)New, fully automated, primary standard for generating vacuum pressures between 10 10Pa and 3 10 2Pa with respect to residual pressure (1999)Comparison of some metrological characteristics of hot and cold cathode ionisation gauges (2003)Newly developed standard conductance element for in situ calibration of high vacuum gauges (2011)Primary vacuometer based on an ultracold gas in a shallow optical dipole trap (2016)Ionization gauge errors at low pressures (1999)
this work references cited by second hop

References

  • 1983Reliability of high vacuum measurements46 cited
  • 1981Long term behaviour of ionization gauges32 cited
  • 1985Long-term stability of two types of hot cathode ionization gauges32 cited
  • 1998Temperature corrections for the calibration of vacuum gauges25 cited
  • 2003Comparison of the stability of hot and cold cathode ionization gauges24 cited
  • 1995Long-term stability of Bayard–Alpert gauge performance: Results obtained from repeated calibrations against the National Institute of Standards and Technology primary vacuum standard24 cited
  • 1995Comments on the stability of Bayard–Alpert ionization gages20 cited
  • 2007Two-stage flow-dividing system for the calibration of vacuum gauges14 cited

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