Further development of a magnet system for Planck Balance applications
In: 2024 Conference on Precision Electromagnetic Measurements (CPEM) : 8-12 July 2024, Denver, Colorado : NCSL International : workshop and symposium conference proceedings - Conference on Precision Electromagnetic Measurements (Denver, Colo., 06.-12.07.2024); NCSL International Annual Workshop and Symposium (Denver, Colo., 06.-12.07.2024); NCSLI/CPEM (Denver, Colo., 06.-12.07.2024) - Piscataway, NJ: IEEE, 2024, 2 Seiten
2024Journal article in Conference proceedingsClosed Access
Technische Universität Ilmenau (1992-) » Department of Mechanical Engineering (1992-) » Institute for Process Measurement and Sensor Technology (1992-) » Fachgebiet Prozessmesstechnik (1993-)
Title in English:
Further development of a magnet system for Planck Balance applications
Author:
Pabst, MarkusTU
- GND
- 1191789667
- ORCID
-
0000-0002-9474-219X
- SCOPUS
- 57204761716
- Other
- connected with university
corresponding author
- GND
- 130502618
- SCOPUS
- 6504133650
- Other
- connected with university
- GND
- 120775603
- ORCID
-
0000-0002-6060-7248
- SCOPUS
- 56379858100
- SCOPUS
- 57086897500
- SCOPUS
- 58684455200
- Other
- connected with university
Year of publication:
2024
Open-Access-Way of publication:
Closed Access
IEEE ID
Scopus ID
Language of text:
English
Keyword, Topic:
International System of Units ; Kibble balance ; Magnetic simulation ; Mass comparator ; Mass determination ; Planck balance
Media:
online resources
Type of resource:
Text
Licence type:
All rights reserved
Peer Reviewed:
Yes
Part of statistic:
Yes
Abstract in English:
An important part of a Planck, or Kibble balance, is the magnet system. It serves as an actuator in force mode and as a sensor in velocity mode. The performance of the magnet system in Planck balances is essential for mass calibration according to the International System of Units of 2019 [1]. This paper describes the further development of a lightweight magnet system for use in the Planck extension for high-precision vacuum mass comparators [4]. Based on the experience gained from investigations with a prototype magnetic system of the Planck extension, a further development of the magnetic system using simulation methods is presented.