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Portable, high-accuracy, non-absorbing laser power measurement at kilowatt levels by means of radiation pressure
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Portable, high-accuracy, non-absorbing laser power measurement at kilowatt levels by means of radiation pressure (2017)Portable, high-accuracy, non-absorbing la…Simplified kilogram traceability for high-power laser measurement using photon momentum radiometers (2020)Simplified kilogram traceabil…Revisiting the limits of photon momentum based optical power measurement method, employing the case of multi-reflected laser beam (2020)Revisiting the limits of phot…Axial force radiometer for primary standard laser power measurements using photon momentum (2020)Axial force radiometer for pr…Radiation-Pressure-Enabled Traceable Laser Sources at CW Powers up to 50 kW (2019)Radiation-Pressure-Enabled Tr…Photon momentum induced precision small forces: a static and dynamic check (2019)Photon momentum induced preci…Meta-study of laser power calibrations ranging 20 orders of magnitude with traceability to the kilogram (2019)Meta-study of laser power cal…Measurement of Submilligram Masses Using Electrostatic Force (2019)Measurement of Submilligram M…Micromachined Force Scale for Optical Power Measurement by Radiation Pressure Sensing (2018)Micromachined Force Scale for…Flowing-water optical power meter for primary-standard, multi-kilowatt laser power measurements (2018)Flowing-water optical power m…Direct measurement of radiation pressure and circulating power inside a passive optical cavity (2018)Direct measurement of radiati…Current state of the art in small mass and force metrology within the International System of Units (2018)Current state of the art in s…Comparison of electrostatic and photon pressure force references at the nanonewton level (2018)Comparison of electrostatic a…New laser power sensor using weighing method (2017)New laser power sensor using …Review of SI traceable force metrology for instrumented indentation and atomic force microscopy (2005)Milligram mass metrology using an electrostatic force balance (2016)Realization of the kilogram by the XRCD method (2016)A quantum of action on a scale? Dissemination of the quantum based kilogram (2019)Evaluation of an automated mass comparator performance for mass calibration of sub-milligram weights (2020)Guidelines for evaluating and expressing the uncertainty of NIST measurement results (2018)A new facility to realize a nanonewton force standard based on electrostatic methods (2009)Microcantilever-based current balance for precise measurement of the photon force (2023)Guidelines for evaluating and expressing the uncertainty of NIST measurement results (1994)Prototype cantilevers for SI-traceable nanonewton force calibration (2006)Torsion Pendulum Photometer (1964)Should the classical variance be used as a basic measure in standards metrology? (1987)Revised formula for the density of moist air (CIPM-2007) (2008)Development of a New Apparatus for SI Traceable Small Mass Measurements Using the Voltage Balance Method at NMIJ (2020)The watt or Kibble balance: a technique for implementing the new SI definition of the unit of mass (2016)Measurement of the Planck constant at the National Institute of Standards and Technology from 2015 to 2017 (2017)The Planck-Balance—using a fixed value of the Planck constant to calibrate E1/E2-weights (2018)The Kibble balance and the kilogram (2019)Design of an Electrostatic Balance Mechanism to Measure Optical Power of 100 kW (2021)High amplification laser-pressure optic enables ultra-low uncertainty measurements of optical laser power at kilowatt levels (2021)
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  • 2018Current state of the art in small mass and force metrology within the International System of Units33 cited
  • 2018Comparison of electrostatic and photon pressure force references at the nanonewton level32 cited
  • 2018Direct measurement of radiation pressure and circulating power inside a passive optical cavity28 cited
  • 2018Micromachined Force Scale for Optical Power Measurement by Radiation Pressure Sensing20 cited
  • 2019Meta-study of laser power calibrations ranging 20 orders of magnitude with traceability to the kilogram20 cited
  • 2019Measurement of Submilligram Masses Using Electrostatic Force18 cited
  • 2019Radiation-Pressure-Enabled Traceable Laser Sources at CW Powers up to 50 kW15 cited
  • 2020Revisiting the limits of photon momentum based optical power measurement method, employing the case of multi-reflected laser beam13 cited
  • 2018Flowing-water optical power meter for primary-standard, multi-kilowatt laser power measurements11 cited
  • 2020Axial force radiometer for primary standard laser power measurements using photon momentum10 cited
  • 2020Simplified kilogram traceability for high-power laser measurement using photon momentum radiometers9 cited
  • 2017New laser power sensor using weighing method8 cited
  • 2019Photon momentum induced precision small forces: a static and dynamic check

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8 cited