MONOISOTOPIC ELEMENTAL FLUORINE AS A BASE FOR CHEMICAL MEASUREMENTS

摘要

High precision chemical measurements (six significant figures) under modern conditions of high demand for consumer and scientific products have acquired undeniable importance. Hence follows the need to formulate the problem of the uniformity of chemical measurements and ways to solve it, i.e., establishing the initial concepts of chemical metrology and correct construction of a system of chemical measures.rnMotion is one of the most obvious properties of matter. Its measure is expressed in terms of rest. The classical example is the metrology of the mechanical-physical form of the motion of matter with its fundamental units (m, kg, sec) and the Gaussian "dimensional relations".