Interferometric measuring systems of nanopositioning and nanomeasuring machines. - In: 10th IMEKO Symposium Laser Metrology for Precision Measurement and Inspection in Industry (LMPMI) 2011, (2011), S. 343-349
Approaching nanometre accuracy in large plane mirror's profile deviation measurement. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 43
Force measurement of low forces with high dead loads. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 40-41
Determination of the dynamic behavior of high-speed temperature sensors. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 37
Precision and low cost position detection using capacitive sensor technology. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 36
Vacuum transfer system for loading the Sartorius prototype mass comparator CCL1007. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 35
Novel fibre-coupled reference sensor for nanopositioning and nanomeasuring machines. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 19
Prospects and challenges of nanpositioning and nanomeasuring technology. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 13
Impurity dependence of industrial suited thermometric metal fixed-points. - In: Innovation in mechanical engineering - shaping the future, ISBN 978-3-86360-001-3, (2011), S. 36
This publication deals with the practical challenge of describing impurity-related temperature deviations using the Sum of Individual Estimates approach (SIE). For this, the SIE is applied to miniaturised fixed-point cells (MFPC) filled with high-purity zinc. This includes comparative analyses by glow discharge mass spectroscopy (GD-MS) as well as mass spectroscopy with inductive coupled plasma (ICP-MS) to quantize the impurity concentrations in zinc. Furthermore, the element-specific, concentration-dependent temperature deviations are presented for the fixed-point material zinc. For this, binary phase diagrams, thermal calculations as well as experimental data were analysed to extract the according sensitivity coefficients. Beside this, results from SIE analyses of MFPCs are presented and their uncertainties are compared. In this connection, practical limits of SIE methods are also identified and discussed.
Automated setup for non-tactile high-precision measurements of roundness and cylindricity using two laser interferometers. - In: Innovation in mechanical engineering - shaping the future, (2011), insges. 7 S.
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