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The calibration of vacuum gauges
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The calibration of vacuum gauges (1977)The calibration of vacuum gaugesUncertainty analysis of the high vacuum part of the orifice-flow-type pressure standard (2004)Uncertainty analysis of the h…The new UME primary standard for pressure generation in the range from 9 × 10 4 Pa to 103 Pa (2004)The new UME primary standard …High-accuracy calibration in the vacuum range 0.3 Pa to 4000 Pa using the primary standard of static gas expansion (2002)High-accuracy calibration in …New, fully automated, primary standard for generating vacuum pressures between 10 10Pa and 3 10 2Pa with respect to residual pressure (1999)New, fully automated, primary…Evaluation of the conductance of the orifice of the new CNR-IMGC dynamic expander (1999)Evaluation of the conductance…Pressures in the high and medium vacuum range generated by a series expansion standard (1990)Pressures in the high and med…Intercomparison of Nine National High-vacuum Standards under the Auspices of the Bureau International des Poids et Mesures (1989)Intercomparison of Nine Natio…High vacuum standard and its use (1989)High vacuum standard and its …Some comments on the stability of spinning-rotor gauges (1988)Some comments on the stabilit…Primary pressure measurements down to 10−6 Pa (1988)Primary pressure measurements…The calibration of vacuum gauges (1987)The calibration of vacuum gau…Vacuum gauge calibration by the static method (1979)Vacuum gauge calibration by t…Measurement of ultra high vacuum Part I. Total pressure measurements (1979)Measurement of ultra high vac…An interferometric oil micromanometer (1979)An interferometric oil microm…Vacuum gauge calibration by the orifice flow method in the pressure range 10−4-10 pa (1978)Vacuum gauge calibration by t…Micrometer U-Tube Manometers for Medium-Vacuum Measurements (1967)A New Interferometric Manometer (1976)Ultrasonic manometers for low and medium vacua under development at the National Bureau of Standards (1977)The Accurate Generation of Small Gauge Pressures Using Twin Pressure Balances (1987)The development of vacuum measurements down to extremely high vacuum – XHV (2012)Calibration of a spinning rotor gas friction gauge against a fundamental vacuum pressure standard (1980)Reliability of high vacuum measurements (1983)Ultra-High Vacuum. II. Limiting Factors on the Attainment of Very Low Pressures (1954)New Hot-Filament Ionization Gauge with Low Residual Current (1966)Reliable Submicron Pressure Readings with Capacitance Manometer (1966)Measurement of ultra-high vacuum (1980)Total pressure gauges (1987)Ionization gauge errors at low pressures (1999)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)A study of the Knudsen and McLeod gauge methods for the calibration of high vacuum gauges (1967)The uncertainties of calibration pressures at PTB (1993)Measurement performance of high-accuracy low-pressure transducers (1999)NIST Calibration Services for Spinning Rotor Gauge Calibrations (2015)Realisation of an optical pressure standard by a multi-reflection interferometric technique (2023)Spinning rotor viscosity gauge: A transfer standard for the laboratory or an accurate gauge for vacuum process control (1982)The international vocabulary of basic and general terms in metrology (1985)Gas flowrate measurements for leak calibration (1995)Uncertainty evaluation of the IMGC-CNR static expansion system (2004)Two-stage flow-dividing system for the calibration of vacuum gauges (2007)Temperature corrections for the calibration of vacuum gauges (1998)A new3He vapour-pressure based temperature scale from 0.65 K to 3.2 K consistent with the PLTS-2000 (2007)Final report on the key comparison CCM.P-K4.2012 in absolute pressure from 1 Pa to 10 kPa (2016)A new fully automated gas flowmeter at the PTB for flow rates between 10-13mol/s and 10-6mol/s (2002)Primary vacuometer based on an ultracold gas in a shallow optical dipole trap (2016)Review Article: Quantum-based vacuum metrology at the National Institute of Standards and Technology (2018)
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  • 1999New, fully automated, primary standard for generating vacuum pressures between 10 10Pa and 3 10 2Pa with respect to residual pressure57 cited
  • 1990Pressures in the high and medium vacuum range generated by a series expansion standard47 cited
  • 1988Primary pressure measurements down to 10−6 Pa34 cited
  • 1989Intercomparison of Nine National High-vacuum Standards under the Auspices of the Bureau International des Poids et Mesures33 cited
  • 1979An interferometric oil micromanometer26 cited
  • 1978Vacuum gauge calibration by the orifice flow method in the pressure range 10−4-10 pa26 cited
  • 1979Measurement of ultra high vacuum Part I. Total pressure measurements25 cited
  • 2002High-accuracy calibration in the vacuum range 0.3 Pa to 4000 Pa using the primary standard of static gas expansion20 cited
  • 1988Some comments on the stability of spinning-rotor gauges17 cited
  • 1987The calibration of vacuum gauges16 cited
  • 2004The new UME primary standard for pressure generation in the range from 9 × 10 4 Pa to 103 Pa13 cited
  • 1979Vacuum gauge calibration by the static method13 cited
  • 1999Evaluation of the conductance of the orifice of the new CNR-IMGC dynamic expander13 cited
  • 2004Uncertainty analysis of the high vacuum part of the orifice-flow-type pressure standard

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12 cited
  • 1989High vacuum standard and its use10 cited