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Elastic Distortions in Piston-Cylinder Units at Pressures up to 0,5 GPa
1 references·7 citing·23 second hop
Elastic Distortions in Piston-Cylinder Units at Pressures up to 0,5 GPa (1993)Elastic Distortions in Piston-Cylinder Un…Developments in the Accurate Measurement of High Pressures (1965)Developments in the Accurate …Characterization of a standard pneumatic piston gauge using finite element simulation technique vs cross-float, theoretical and Monte Carlo approaches (2020)Characterization of a standar…A comparative approach for the characterization of a pneumatic piston gauge up to 8 MPa using finite element calculations (2010)A comparative approach for th…Improved methods for comparing gas and hydraulic pressure balances (2009)Improved methods for comparin…Characterization of a compact 200 MPa controlled clearance piston gauge as a primary pressure standard using the Heydemann and Welch method (2006)Characterization of a compact…Finite element analysis of pressure distortion coefficient and piston fall rate in a simple pressure balance (1999)Finite element analysis of pr…An Old Instrument in the New Technological Scenery: The Piston Gauge in Liquid Media up to 1 GPa (1994)An Old Instrument in the New …A Review of Gas-operated Piston Gauges (1994)A Review of Gas-operated Pist…Comparison of methods for calculating distortion in pressure balances up to 400 MPa - EUROMET Project 256 (1998)A comparative investigation of pressure distortion coefficient of a pneumatic piston gauge and its associated uncertainty using varied approaches (2018)Uncertainty Analysis of Distortion Coefficient of Piston Gauge Using Monte Carlo Method (2019)A laconic capitulation of high pressure metrology (2021)Precise pressure measurement in the range 0.1–500 torr (1971)The Pressure Balance as an Absolute Pressure Standard (1994)Contributions of National Standards on the growth of Barometric Pressure and Vacuum Industries (2018)On long-term stability of an air piston gauge maintained at National Physical Laboratory, India (2020)Process and Insight of Pascal Traceability (2021)The Measurement of High Hydrostatic Pressure. I. A Simple Primary Gauge (1909)Effects of viscosity, temperature, and rate of rotation on pressure generated by a controlled-clearance piston gauge (1984)Features of a New Controlled-clearance Pressure Balance and In Situ Mass Calibration of Its Weights (2008)Accurate determination of equilibrium state between two pressure balances using a pressure transducer (2005)A high gas pressure calibration system using a liquid-lubricated pressure balance (2017)Finite element method used for calculation of the distortion coefficient and associated uncertainty of a PTB 1 GPa pressure balance—EUROMET project 463 (2006)Primary pressure standards based on dimensionally characterized piston/cylinder assemblies (2005)Precise determination of the pressure distortion coefficient of new controlled-clearance piston-cylinders based on the Heydemann–Welch model (2009)Guidelines for evaluating and expressing the uncertainty of NIST measurement results (2018)Realization of ppm level pressure stability for primary thermometry using a primary piston gauge (2020)Evaluation of measurement data — Guide to the expression of uncertainty in measurement (2008)The Boltzmann project (2018)The kelvin redefined (2018)The effect of pressure-transmitting fluids in the characterization of a controlled clearance piston gauge up to 1 GPa (2007)
this work references cited by second hop

References

  • 1965Developments in the Accurate Measurement of High Pressures47 cited

Cited by

  • 1999Finite element analysis of pressure distortion coefficient and piston fall rate in a simple pressure balance18 cited
  • 1994A Review of Gas-operated Piston Gauges15 cited
  • 2006Characterization of a compact 200 MPa controlled clearance piston gauge as a primary pressure standard using the Heydemann and Welch method14 cited
  • 1994An Old Instrument in the New Technological Scenery: The Piston Gauge in Liquid Media up to 1 GPa11 cited
  • 2009Improved methods for comparing gas and hydraulic pressure balances10 cited
  • 2020Characterization of a standard pneumatic piston gauge using finite element simulation technique vs cross-float, theoretical and Monte Carlo approaches7 cited
  • 2010A comparative approach for the characterization of a pneumatic piston gauge up to 8 MPa using finite element calculations7 cited

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