Add to ORKGThis article describes mass measurement interlaboratory comparison project carried out by Riga Technical University and Latvian National Metrology Centre. Five laboratories have participated in this comparison. The results were mostly acceptable from technical point of view. However, the comparison revealed poor understanding of uncertainty and other related subjects by participants
In order to demonstrate the equivalence in calibration of 500 kg mass standard among National Metrol...
The current paper provides the details of the main sources of uncertainty that occur when convention...
Mass comparators are high-end mechatronic devices used to determine mass of the object with the high...
Interlaboratory comparisons are crucial part of laboratory quality system. The goal of this project ...
The paper presents interlaboratory comparison of Latvian mass measurement laboratories using a set o...
A group of nine calibration laboratories performed an intercomparison of Conventional Mass in 2004. ...
Abstract. The metrological requirements for the mass determination in regard to balances, weights an...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A major factor determining the uncertainty associated with the value of a standard mass at any level...
A 50 kg mass comparison between five national laboratories (Metrosert, MIKES, EIM,LNMC, JV) was carr...
In this book on Fundamentals of Mass Determination, the definition and dissemination of units of mas...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
A comparison M4 of a 5 kg balance was carried out in June 2003 by the Centre for Metrology and Accre...
Abstract- The estimation of measurement uncertainty is a compulsive task of each metrological labora...
These advices arose from the demand for information on the part of calibration laboratories for mass...
In order to demonstrate the equivalence in calibration of 500 kg mass standard among National Metrol...
The current paper provides the details of the main sources of uncertainty that occur when convention...
Mass comparators are high-end mechatronic devices used to determine mass of the object with the high...
Interlaboratory comparisons are crucial part of laboratory quality system. The goal of this project ...
The paper presents interlaboratory comparison of Latvian mass measurement laboratories using a set o...
A group of nine calibration laboratories performed an intercomparison of Conventional Mass in 2004. ...
Abstract. The metrological requirements for the mass determination in regard to balances, weights an...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A major factor determining the uncertainty associated with the value of a standard mass at any level...
A 50 kg mass comparison between five national laboratories (Metrosert, MIKES, EIM,LNMC, JV) was carr...
In this book on Fundamentals of Mass Determination, the definition and dissemination of units of mas...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
A comparison M4 of a 5 kg balance was carried out in June 2003 by the Centre for Metrology and Accre...
Abstract- The estimation of measurement uncertainty is a compulsive task of each metrological labora...
These advices arose from the demand for information on the part of calibration laboratories for mass...
In order to demonstrate the equivalence in calibration of 500 kg mass standard among National Metrol...
The current paper provides the details of the main sources of uncertainty that occur when convention...
Mass comparators are high-end mechatronic devices used to determine mass of the object with the high...