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Measuring volume ratios of vacuum vessels using non-evaporable getters
8 references·1 citing·21 second hop
Measuring volume ratios of vacuum vessels using non-evaporable getters (2012)Measuring volume ratios of vacuum vessels…Vacuum-calibration apparatus with pressure down to 10−10 Pa (2010)Vacuum-calibration apparatus …Applications of non evaporable getter pump in vacuum metrology (2010)Applications of non evaporabl…Volume ratio determination in static expansion systems by means of a spinning rotor gauge (1999)Volume ratio determination in…Comparison of the standards for high and ultrahigh vacuum at three national standards laboratories (1997)Comparison of the standards f…Behavior of commercial spinning rotor gages in the transition regime (1993)Behavior of commercial spinni…Effect of ambient temperature on the offset correction of a spinning rotor gauge (1990)Effect of ambient temperature…Some comments on the stability of spinning-rotor gauges (1988)Some comments on the stabilit…Precision calibration of a static pressure divider by means of a spinning rotor gauge (1987)Precision calibration of a st…Volume Determination of Vacuum Vessels by Gas Expansion Method (2015)Volume Determination of Vacuu…Spinning rotor viscosity gauge: A transfer standard for the laboratory or an accurate gauge for vacuum process control (1982)The calibration of vacuum gauges (1977)Calibration of a spinning rotor gas friction gauge against a fundamental vacuum pressure standard (1980)Calibration of molecular drag vacuum gages (1983)Factors affecting the reproducibility of the accommodation coefficient of the spinning rotor gauge (2007)Recommended practices for the use of spinning rotor gauges in inter-laboratory comparisons (2015)Ultrasonic manometers for low and medium vacua under development at the National Bureau of Standards (1977)The National Bureau of Standards primary high-vacuum standard (1988)The molecular drag gauge as a calibration standard (1989)Use of a calibrated leak to calibrate vacuum gauges (1997)New, fully automated, primary standard for generating vacuum pressures between 10 10Pa and 3 10 2Pa with respect to residual pressure (1999)Precise quantum measurement of vacuum with cold atoms (2022)A beginner's guide to uncertainty of measurement. (2001)Very low gas flow measurements for UHV/XHV and leak calibration (2012)The new UME primary standard for pressure generation in the range from 9 × 10 4 Pa to 103 Pa (2004)Uncertainty evaluation of the IMGC-CNR static expansion system (2004)A new3He vapour-pressure based temperature scale from 0.65 K to 3.2 K consistent with the PLTS-2000 (2007)The effect of ambient temperature on the sensitivity of hot-cathode ionization gauges (2004)NIST Calibration Services for Spinning Rotor Gauge Calibrations (2015)Electrons on a straight path : ǂa ǂnovel ionisation vacuum gauge suitable as reference standard (2022)Gauge calibration in the high and medium vacuum range by a series expansion standard (1990)
this work references cited by second hop

References

  • 1999Volume ratio determination in static expansion systems by means of a spinning rotor gauge35 cited
  • 1987Precision calibration of a static pressure divider by means of a spinning rotor gauge29 cited
  • 2010Vacuum-calibration apparatus with pressure down to 10−10 Pa28 cited
  • 2010Applications of non evaporable getter pump in vacuum metrology27 cited
  • 1997Comparison of the standards for high and ultrahigh vacuum at three national standards laboratories26 cited
  • 1993Behavior of commercial spinning rotor gages in the transition regime18 cited
  • 1988Some comments on the stability of spinning-rotor gauges17 cited
  • 1990Effect of ambient temperature on the offset correction of a spinning rotor gauge11 cited

Cited by

  • 2015Volume Determination of Vacuum Vessels by Gas Expansion Method8 cited

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