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Total pressure gauges
10 references·0 citing·19 second hop
Total pressure gauges (1987)Total pressure gaugesEffect of measuring conditions on the accuracy of a spinning rotor gauge (1986)Effect of measuring condition…Reliability of high vacuum measurements (1983)Reliability of high vacuum me…A system for vacuum gauge calibration using the comparison technique (1983)A system for vacuum gauge cal…A new reference ionization gauge for vacuum pressure measurement in the range 10−5 to 1 Pa (1982)A new reference ionization ga…Long term behaviour of ionization gauges (1981)Long term behaviour of ioniza…Intercomparison of vacuum standards of countries within the European community in the range 8×10−5 to 8×10−2 Pa. (1980)Intercomparison of vacuum sta…Calibration of a spinning rotor gas friction gauge against a fundamental vacuum pressure standard (1980)Calibration of a spinning rot…Measurement of ultra high vacuum Part I. Total pressure measurements (1979)Measurement of ultra high vac…Low pressure limit of the bayard-alpert gauge (1977)Low pressure limit of the bay…New Hot-Filament Ionization Gauge with Low Residual Current (1966)New Hot-Filament Ionization G…Comparison of Static and Dynamic Calibration Methods for Ionization Gauges (1967)An Absolute Micromanometer Using Diamagnetic Levitation (1969)Ultra-High Vacuum. II. Limiting Factors on the Attainment of Very Low Pressures (1954)Reliable Submicron Pressure Readings with Capacitance Manometer (1966)Measurement of ultra-high vacuum (1980)Ion Gauge for Vacuum Pressure Measurements below 1×10−10 Torr (1966)Long-term stability of metal-envelope enclosed Bayard–Alpert ionization gauges (2012)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)Comparison of the stability of hot and cold cathode ionization gauges (2003)Challenges to miniaturizing cold atom technology for deployable vacuum metrology (2018)Review Article: Quantum-based vacuum metrology at the National Institute of Standards and Technology (2018)The calibration of vacuum gauges (1987)Performance of the spinning rotor gauge with a novel transport device as a transfer standard for high vacuum (1988)Evaluation of the conductance of the orifice of the new CNR-IMGC dynamic expander (1999)Intercomparison of Nine National High-vacuum Standards under the Auspices of the Bureau International des Poids et Mesures (1989)In-situ calibration method for ionization gauges and quadrupole mass spectrometers by combining the standard conductance element and the conductance modulation method (SCE–CM method) (2013)
this work references cited by second hop

References

  • 1966New Hot-Filament Ionization Gauge with Low Residual Current95 cited
  • 1980Calibration of a spinning rotor gas friction gauge against a fundamental vacuum pressure standard82 cited
  • 1983Reliability of high vacuum measurements46 cited
  • 1981Long term behaviour of ionization gauges32 cited
  • 1979Measurement of ultra high vacuum Part I. Total pressure measurements25 cited
  • 1980Intercomparison of vacuum standards of countries within the European community in the range 8×10−5 to 8×10−2 Pa.21 cited
  • 1977Low pressure limit of the bayard-alpert gauge20 cited
  • 1983A system for vacuum gauge calibration using the comparison technique15 cited
  • 1986Effect of measuring conditions on the accuracy of a spinning rotor gauge13 cited
  • 1982A new reference ionization gauge for vacuum pressure measurement in the range 10−5 to 1 Pa11 cited

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