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  1. Matrix Presentation of Uncertainties Propagation in the Realization of ITS-90 Temperature Scale using Standard Platinum Resistance Thermometers
  2. Positioner and the Procedure for Measuring Spatial Characteristics
  3. Two approaches to obtain the calibration line
  4. Brief overview of methods for measurement uncertainty analysis: GUM uncertainty framework, Monte Carlo method, characteristic function approach
  5. Application of Monte Carlo Method for Evaluation of Uncertainties of ITS-90 by Standard Platinum Resistance Thermometer
  6. Evaluation of Uncertainties of ITS-90 by Monte Carlo Method
  7. Measuring Distances Using the 3D Optical Device for the Needs of Mobile Robotics
  8. Reduction of Measurement Uncertainty by Taking into Account Correlation in Measurements and Temperature Scale Realization
  9. Base metal thermocouples drift rate dependence from thermoelement diameter
  10. Different Approaches in Uncertainty Evaluation for Measurement of Complex Surfaces Using Coordinate Measuring Machine
  11. New Design “Duplo-headstock”
  12. Comparison of Methods for Analysis of Deviations from Roundness
  13. Conclusions and some comments on the calculation of uncertainty when constructing a temperature scale
  14. The effect of covariance on uncertainty when constructing the ITS-90 temperature scale
  15. Development of Fixed-Point Cells at the SMU
  16. Contribution of the SPRT Calibration to Uncertainty of Temperature T90 Measured by the Calibrated SPRT