Additional information
by Semyon G. Rabinovich (Author)
Third edition of best selling practical reference for scientists and engineers on how to estimate errors and uncertainty of measurements in both experimental research and industry. Useful for students and theorists in metrology, as well as applied physicists, mechancial and electrical engineers, this new edition expands the coverage on indirect measurement and includes the most current research.
Back Jacket
Measurement Errors and Uncertainties addresses the most important problems that physicists and engineers encounter when estimating errors and uncertainty. Building from the fundamentals of measurement theory, the author develops the theory of accuracy of measurements and offers a wealth of practical recommendations and examples of applications.
This new edition covers a wide range of subjects, including:
- Basic concepts of metrology
- Measuring instruments characterization, standardization and calibration
-Estimation of errors and uncertainty of single and multiple measurements
- Modern probability-based methods of estimating measurement uncertainty
With this new edition, the author completes the development of the new theory of indirect measurements. This theory provides more accurate and efficient methods for processing indirect measurement data. It eliminates the need to calculate the correlation coefficient - a stumbling block in measurement data processing - and offers for the first time a way to obtain the confidence intervals. In other words, this new theory provides means to calculate a well-grounded estimate of measurement uncertainty for this complex but widely used type of measurements.
Acclaim for previous editions:
"Extremely useful to metrologists and to anyone interested in measurement errors"
(MEASUREMENT SCIENCE AND TECHNOLOGY)
(Applied Mechanics Review)
Author Biography
Rabinovich was head of the Laboratory of Theoretical Metrology at the All-Union State Research Institute of Metrology in the former Soviet Union. His theory of galvanometrical self-balancing instruments led to the creation of numerous new measuring devices.
