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The MM1 laser interferometer low-range mercury manometer of the IMGC
6 references·0 citing·18 second hop
The MM1 laser interferometer low-range mercury manometer of the IMGC (1999)The MM1 laser interferometer low-range me…The HG5 laser interferometer mercury manometer of the IMGC (1999)The HG5 laser interferometer …Three and a Half Centuries Later - The Modern Art of Liquid-Column Manometry (1994)Three and a Half Centuries La…Novel Nonrotational Piston Gauge with Weight Balance Mechanism for the Measurement of Small Differential Pressures (1994)Novel Nonrotational Piston Ga…A Large Area Piston Gauge for Differential and Gauge Pressure from Zero to 3,2 kPa (1994)A Large Area Piston Gauge for…A Heterodyne Laser Interferometric Oil Manometer (1994)A Heterodyne Laser Interferom…A New Interferometric Manometer (1976)A New Interferometric Manomet…Precise measurement of the density of mercury at 20° C. II. Content method (1961)An Accurate Mercury Manometer for the NBS Gas Thermometer (1970)An interferometric oil micromanometer (1979)Comparative Measurement of the Density of Mercury (1985)New Mercury Interferometric Baromanometer as the Primary Pressure Standard of Japan (1994)Ultrasonic manometers for low and medium vacua under development at the National Bureau of Standards (1977)Ballistic Methods of Measuringg- the Direct Free-Fall and Symmetrical Rise-and-Fall Methods Compared (1988)Gas modulation refractometry for high-precision assessment of pressure under non-temperature-stabilized conditions (2018)Invar-based refractometer for pressure assessments (2020)Optical realization of the pascal—Characterization of two gas modulated refractometers (2021)Density, Thermal Expansion and Compressibility of Mercury (1994)Uncertainty evaluation of the IMGC-CNR static expansion system (2004)The development of vacuum measurements down to extremely high vacuum – XHV (2012)Realisation of an optical pressure standard by a multi-reflection interferometric technique (2023)A laser interferometric oil manometer as the primary standard for absolute pressure in the range 1 – 1000 Pa (2008)A new primary standard oil manometer for absolute pressure up to 10 kPa (2015)Computation of the effective area and associated uncertainties of non-rotating piston gauges FPG and FRS (2018)Towards the realization of an optical pressure standard (2018)
this work references cited by second hop

References

  • 1994Three and a Half Centuries Later - The Modern Art of Liquid-Column Manometry38 cited
  • 1976A New Interferometric Manometer35 cited
  • 1994Novel Nonrotational Piston Gauge with Weight Balance Mechanism for the Measurement of Small Differential Pressures30 cited
  • 1999The HG5 laser interferometer mercury manometer of the IMGC17 cited
  • 1994A Heterodyne Laser Interferometric Oil Manometer13 cited
  • 1994A Large Area Piston Gauge for Differential and Gauge Pressure from Zero to 3,2 kPa11 cited

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