Becerra, LOBerry, JChang, CSChapman, GDChung, JWDavis, RSField, IFuchs, PJacobsson, ULee, SMLoayza, VMMadec, TMatilla, COoiwa, AScholz, FSutton, Cvan Andel, I2007-03-142007-06-072007-03-142007-06-072006-09Becerra, LO, et al. 2006. Magnetic properties comparison of mass standards among seventeen national metrology institutes. Metrologia, vol. 43(5), pp 426-4340026-1394http://hdl.handle.net/10204/1945http://hdl.handle.net/10204/1945The ubiquitous technology of magnetic force compensation of gravitational forces acting on artifacts on the pans of modern balances and comparators has brought with it the problem of magnetic leakage from the compensation coils. Leaking magnetic fields, as well as those due to the surroundings of the balance, can interact with the artifact whose mass is to be determined, causing erroneous values to be observed. For this reason, and to comply with normative standards, it has become important for mass metrologists to evaluate the magnetic susceptibility and any remanent magnetization that mass standards may possess. This paper describes a comparison of measurements of these parameters among seventeen national metrology institutes. The measurements are made on three transfer standards whose magnetic parameters span the range that might be encountered in stainless steel mass standards.159282 bytesapplication/pdfenCopyright: 2006 IOP Publishing LtdMagnetic susceptibilityRemanent magnetizationNMIsNational metrology institutesInstrumentation physicsSciencesArticleBecerra, L., Berry, J., Chang, C., Chapman, G., Chung, J., Davis, R., ... van Andel, I. (2006). Magnetic properties comparison of mass standards among seventeen national metrology institutes. http://hdl.handle.net/10204/1945Becerra, LO, J Berry, CS Chang, GD Chapman, JW Chung, RS Davis, I Field, et al "Magnetic properties comparison of mass standards among seventeen national metrology institutes." (2006) http://hdl.handle.net/10204/1945Becerra L, Berry J, Chang C, Chapman G, Chung J, Davis R, et al. Magnetic properties comparison of mass standards among seventeen national metrology institutes. 2006; http://hdl.handle.net/10204/1945.TY - Article AU - Becerra, LO AU - Berry, J AU - Chang, CS AU - Chapman, GD AU - Chung, JW AU - Davis, RS AU - Field, I AU - Fuchs, P AU - Jacobsson, U AU - Lee, SM AU - Loayza, VM AU - Madec, T AU - Matilla, C AU - Ooiwa, A AU - Scholz, F AU - Sutton, C AU - van Andel, I AB - The ubiquitous technology of magnetic force compensation of gravitational forces acting on artifacts on the pans of modern balances and comparators has brought with it the problem of magnetic leakage from the compensation coils. Leaking magnetic fields, as well as those due to the surroundings of the balance, can interact with the artifact whose mass is to be determined, causing erroneous values to be observed. For this reason, and to comply with normative standards, it has become important for mass metrologists to evaluate the magnetic susceptibility and any remanent magnetization that mass standards may possess. This paper describes a comparison of measurements of these parameters among seventeen national metrology institutes. The measurements are made on three transfer standards whose magnetic parameters span the range that might be encountered in stainless steel mass standards. DA - 2006-09 DB - ResearchSpace DP - CSIR KW - Magnetic susceptibility KW - Remanent magnetization KW - NMIs KW - National metrology institutes KW - Instrumentation physics KW - Sciences LK - https://researchspace.csir.co.za PY - 2006 SM - 0026-1394 T1 - Magnetic properties comparison of mass standards among seventeen national metrology institutes TI - Magnetic properties comparison of mass standards among seventeen national metrology institutes UR - http://hdl.handle.net/10204/1945 ER -