Sentence examples for periodic classification from inspiring English sources

The periodic classification is often presented as a kind of chart inspired by nature.

The existence of francium was predicted by Russian chemist Dmitry I. Mendeleyev in his periodic classification of the elements.

August 19, 1830 Varel, Germany April 11 , 1895Tübingen, Germany Lothar Meyer, (born Aug. 19, 1830, Varel, Oldenburg [Germany] died April 11 , 1895 Tübingen) German chemist who, independently of Dmitry Mendeleyev, developed a periodic classification of the chemical elements.

The most extensive additions have been to the sections dealing with the detection of the alkali metals, the metals of Group IV of the periodic classification and the anions of the sulphur group where tests have now been included for the polythionates ; a scheme for the identification of the various sulphur-containing anions has also been drawn up.

More recent examples include Courtines' Periodic Classification (1925), Wringley's Lamina System (1949), Giguère's Periodic helix (1965) and Dufour's Periodic Tree (1996).

Results on biological data are also analyzed and compared.On the task of periodic/not-periodic classification, using synthetic data, SW1PerS outperforms all other algorithms in the low-noise regime.

(2) In Section 3.5, we incorporate a periodic halftone classification module developed in [18] which can be added both to the classifier of [1] and to the classifier proposed here, in order to help avoid moiré patterns.

(a), (b), (c), (d), (e) show the decision boundaries for "mono vs color," "text vs nontext," "text/mix vs photo/picture," "mix vs photo vs picture," and "periodic vs stochastic" classification node, respectively.

Gilli, M. and Civalleri, P.P. "A HB technique for the classification of periodic and chaotic attractors in one-dimensional arrays of Chua's circuits," Proceedings of 2000 International Symposium on Nonlinear Theory and its Applications, vol.?, pp.???-???

The classification of periodic solutions proceeds as follows.

Cutler et al. [87] presented a self-similarity-based time-frequency technology to detect and analyze periodic motion for human classification.