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Evaluation of the conductance of the orifice of the new CNR-IMGC dynamic expander
8 references·0 citing·21 second hop
Evaluation of the conductance of the orifice of the new CNR-IMGC dynamic expander (1999)Evaluation of the conductance of the orif…Influence of orifice geometry on the simplification of transmission probability calculations (1999)Influence of orifice geometry…The uncertainties of calibration pressures at PTB (1993)The uncertainties of calibrat…Intercomparison of Nine National High-vacuum Standards under the Auspices of the Bureau International des Poids et Mesures (1989)Intercomparison of Nine Natio…The National Bureau of Standards primary high-vacuum standard (1988)The National Bureau of Standa…Primary pressure measurements down to 10−6 Pa (1988)Primary pressure measurements…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…Vacuum gauge calibration by the orifice flow method in the pressure range 10−4-10 pa (1978)Vacuum gauge calibration by t…The calibration of vacuum gauges (1977)The calibration of vacuum gau…Pressures in the high and medium vacuum range generated by a series expansion standard (1990)A precision gas flowmeter for vacuum metrology (1993)Hot cathode ionization gauge calibration with the KRISS ultra-high vacuum standards (1999)High-accuracy calibration in the vacuum range 0.3 Pa to 4000 Pa using the primary standard of static gas expansion (2002)A study of the Knudsen and McLeod gauge methods for the calibration of high vacuum gauges (1967)Temperature corrections for the calibration of vacuum gauges (1998)Calibration of a spinning rotor gas friction gauge against a fundamental vacuum pressure standard (1980)The international vocabulary of basic and general terms in metrology (1985)The new UME primary standard for pressure generation in the range from 9 × 10 4 Pa to 103 Pa (2004)Factors affecting the reproducibility of the accommodation coefficient of the spinning rotor gauge (2007)NIST calibration services users guide 1998 (1998)New approach to corrections for thermal transpiration effects in capacitance diaphragm gauges (1999)Review Article: Quantum-based vacuum metrology at the National Institute of Standards and Technology (2018)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)Uncertainty analysis of the high vacuum part of the orifice-flow-type pressure standard (2004)The calibration of vacuum gauges (1987)Total pressure gauges (1987)Performance of the spinning rotor gauge with a novel transport device as a transfer standard for high vacuum (1988)New, fully automated, primary standard for generating vacuum pressures between 10 10Pa and 3 10 2Pa with respect to residual pressure (1999)
this work references cited by second hop

References

  • 1977The calibration of vacuum gauges63 cited
  • 1988The National Bureau of Standards primary high-vacuum standard46 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
  • 1978Vacuum gauge calibration by the orifice flow method in the pressure range 10−4-10 pa26 cited
  • 1993The uncertainties of calibration pressures at PTB21 cited
  • 1980Intercomparison of vacuum standards of countries within the European community in the range 8×10−5 to 8×10−2 Pa.21 cited
  • 1999Influence of orifice geometry on the simplification of transmission probability calculations13 cited

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