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New NBS Measurements of the Absolute Farad and Ohm
2 references·16 citing·28 second hop
New NBS Measurements of the Absolute Farad and Ohm (1974)New NBS Measurements of the Absolute Fara…An Absolute Determination of Resistance Based on a Calculable Standard of Capacitance (1968)An Absolute Determination of …A Calculable Standard of Capacitance (1965)A Calculable Standard of Capa…The quantum Hall effect in the era of the new SI (2019)The quantum Hall effect in th…An Initial Reproduction of SI Capacitance Unit From a New Calculable Capacitor at NIM (2015)An Initial Reproduction of SI…Frequency dependence of capacitance standards (2003)Frequency dependence of capac…The ampere and electrical standards (2001)The ampere and electrical sta…Hysteresis and related error mechanisms in the NIST watt balance experiment (2001)Hysteresis and related error …Model tests to investigate the effects of geometrical imperfections on the NIST calculable capacitor (1999)Model tests to investigate th…Determination of the von Klitzing constant and the fine-structure constant through a comparison of the quantized Hall resistance and the ohm derived from the NIST calculable capacitor (1998)Determination of the von Klit…A primer on electrical units in the Système International (1998)A primer on electrical units …New realization of the ohm and farad using the NBS calculable capacitor (1989)New realization of the ohm an…Determination of the time-dependence of Omega /sub NBS/ using the quantized Hall resistance (1989)Determination of the time-dep…Fundamental Physical Constants (1988)Fundamental Physical ConstantsThe NBS Absolute Ampere Experiment (1985)The NBS Absolute Ampere Exper…Realization of the SI Ohm at NPL (1985)Realization of the SI Ohm at …Realizing the ampere by levitating a superconducting mass-a suggested procedure (1983)Realizing the ampere by levit…The Realization of the Ampere at NBS (1980)The Realization of the Ampere…A Measurement of the Gyromagnetic Ratio of the Proton in a Strong Magnetic Field (1979)A Measurement of the Gyromagn…The 1973 Least-Squares Adjustment of the Fundamental Constants (1973)A Measurement of the Gyromagnetic Ratio of the Proton by the Strong Field Method (1976)Isotope mass spectrometry in metrology (1992)Determining the Avogadro Constant from Electrical Measurements (1994)New Method for High-Accuracy Determination of the Fine-Structure Constant Based on Quantized Hall Resistance (1980)NBS determination of the fine-structure constant, and of the quantized Hall resistance and Josephson frequency-to-voltage quotient in SI units (1989)New international representations of the volt and ohm effective January 1, 1990 (1990)The Role of the Fundamental Constants of Physics in Metrology (1992)A new determination of the free-space velocity of electromagnetic waves (1958)New Apparatus at the National Bureau of Standards for Absolute Capacitance Measurement (1958)Electrical resistance standards and the quantum Hall effect (1998)The 1986 adjustment of the fundamental physical constants (1987)News from the BIPM (1989)Can a pressure standard be based on capacitance measurements? (1998)Uncertainty budget for the NIST electron counting capacitance standard, ECCS-1 (2007)The watt balance: determination of the Planck constant and redefinition of the kilogram (2011)Phase corrections in the optical interferometer for Si sphere volume measurements at NMIJ (2011)The Revision of the SI – Towards an International System of Units Based on Defining Constants (2018)News from the BIPM (1980)Determination of the fine-structure constant by a precise measurement ofh/mn (1995)CODATA Recommended Values of the Fundamental Physical Constants: 1998 (1999)Replacing the kilogram (2003)The NIST Project for the Electronic Realization of the Kilogram (2005)CODATA recommended values of the fundamental physical constants: 2010 (2012)A permanent magnet system for Kibble balances (2017)CODATA recommended values of the fundamental physical constants: 2018 (2021)Precision measurement and fundamental constants (1971)The CODATA 2017 values ofh,e,k, andNAfor the revision of the SI (2017)
this work references cited by second hop

References

  • 1965A Calculable Standard of Capacitance120 cited
  • 1968An Absolute Determination of Resistance Based on a Calculable Standard of Capacitance68 cited

Cited by

  • 1998Determination of the von Klitzing constant and the fine-structure constant through a comparison of the quantized Hall resistance and the ohm derived from the NIST calculable capacitor66 cited
  • 1979A Measurement of the Gyromagnetic Ratio of the Proton in a Strong Magnetic Field59 cited
  • 1988Fundamental Physical Constants54 cited
  • 1989New realization of the ohm and farad using the NBS calculable capacitor48 cited
  • 2019The quantum Hall effect in the era of the new SI46 cited
  • 1989Determination of the time-dependence of Omega /sub NBS/ using the quantized Hall resistance32 cited
  • 2001Hysteresis and related error mechanisms in the NIST watt balance experiment27 cited
  • 2015An Initial Reproduction of SI Capacitance Unit From a New Calculable Capacitor at NIM21 cited
  • 1998A primer on electrical units in the Système International21 cited
  • 1985The NBS Absolute Ampere Experiment21 cited
  • 2001The ampere and electrical standards20 cited
  • 1999Model tests to investigate the effects of geometrical imperfections on the NIST calculable capacitor19 cited

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  • 2003Frequency dependence of capacitance standards18 cited
  • 1985Realization of the SI Ohm at NPL14 cited
  • 1983Realizing the ampere by levitating a superconducting mass-a suggested procedure14 cited
  • 1980The Realization of the Ampere at NBS13 cited