PPT-A historical perspective on analytical measurement uncertainty: From Cotes,

Laplace and Gauss to GUM and implications for current practice William R Porter PhD Principal Scientist Peak Process Performance Partners LLC PPPPLLCcomcastnet Why measure things In . This semester we will examine Canadian history through the lens of these Historical . T. hinking . C. oncepts and apply them to our ten Big Ideas.. Establish . historical significance. Use . primary source evidence. . Immunity . - state of protection from an infectious disease.. . 430 BC – Greek historian Thucydides - Athenian plague. . 15. th. century – Chinese attempts to induce immunity. . 1718 – Mary Wortley Montagu – innoculated her children. H. igh. -accuracy data is critical to vetting engine performance indices such as compressor efficiency and thrust specific fuel consumption.. Environmental and engine operating conditions can significantly vary during a flight cycle consisting of takeoff, climb, cruise, descent, and landing – influencing the elemental systematic uncertainties of measurements. (Ref. [1] provides general definitions of error sources.) . By: Liam Schell and . Vitorino. Gomes. Introduction. The historical perspective is separated into two smaller perspectives called “the old historicism” and “the new historicism”.. Old historicism concerns itself with the time and place the story takes place in. A good story is one that describes the setting well. . in Measurement. (IB text - Ch 11; AP text - section 1.4 pgs. 10-13 and A10-A13). All measurements have some degree of . uncertainty. . Therefore, we need to give some indication of the reliability of measurements and the uncertainties in the results calculated from these measurements. . OUTLINE. Accelerator Pre-alignment background. Uncertainty and GUM supplement 1. PACMAN pre-alignment budgeting . CMM uncertainty modeling. Thermal uncertainty compensation and modeling. First stochastic modeling results. Accuracy vs. Precision. What is the difference?. Accuracy vs. Precision. Precision . accuracy. Exactness. Divisions on scale. Reproducibility. Uncertainty. Significant digits. Correctness. Calibration. analytical perspective. . Roy Macarthur. roy.macarthur@fera.gsi.gov.uk. Analytical perspective. Uncertainty about quantitative measurements. Chemical, microbiological, biotechnological . analytes. .. Patricia Hanson. Biological Administrator I. Florida Department of Agriculture and Consumer Services, Food Safety, Microbiology Laboratory. What is Uncertainty. Quality of a Measurement. “Give or Take”. Section 1: Observation, Describing quantities, and Estimation. Section 2: Measurement uncertainty, Error propagation, and Analytical methods. Section 1 Objectives. . Core Principles. Physics and Observation. Jean-Luc DUFOUR, Nicolas PEPIN, Clément . DEYGLUN, Anne-Laure WEBER. Institut. de Radioprotection et de . Sûreté. Nucléaire. Jean-luc.dufour@irsn.fr. Optimization of the traditional enrichment meter method applied to uranium enrichment measurement in 30B and 48Y UF6 cylinders. . A. KHINE. DIVISION OF CHEMICAL PATHOLOGY. NHLS TYGERBERG . STELLENBOSCH UNIVERSITY. Laboratory Management workshop 3-6 June 2019. MEASUREMENT UNCERTAINTY. is a parameter, associated with the result of a measurement… that defines the range of the values that could reasonably be attributed to the measured quantity (UKAS). using the salt dilution method:. a new framework. Alexandre Hauet. 1. , Kristoffer Florvaag-Dybvik. 1. , Mads-Peter Jakob Dahl. 1. , Frode Thorset Kvernhaugen. 1. , Knut Magne Møen. 1. , Gabriel Sentlinger. Uncertainty Essentials. Les Coveney, INAB Calibration & Uncertainty Day, 18th June 2018. Les Coveney, INAB Calibration & Uncertainty Day, 18th June 2018. Uncertainty Essentials. Definition of Measurement Uncertainty.