Článek pojednává o českých kandidátech na vědecké Nobelovy ceny do roku 1959. Celkem bylo na tyto ceny nominováno šest českých vědců. Je obecně známo, že jedinou získal za chemii Jaroslav Heyrovský za objev a vývoj polarografie., The article discusses the Czech candidates for the scientific Nobel Prizes till 1959. In the period 1901-1959 six Czech candidates were proposed: E. Votoček and J. Heyrovský for chemistry, J. Heyrovský for physics, and J. Horbaczewski, F. K. Studnička, J. Wolf, K. Šulc and J. Heyrovský for physiology and medicine. Only J. Heyrovský received the Nobel Prize for chemistry (for discovery and development polarographic analytical method) in 1959, 25 years after the first nomination., Jiří Jindra., and Obsahuje bibliografii
He began his university career as assistant to Professor B. Brauner in the Institute of Analytical Chemistry of Prague’s Charles University. He became the first Professor of Physical Chemistry at this University in 1926. Heyrovsky’s invention of the polarographic method dates from 1922 and he concentrated his further scientific activity on the development of this new branch of electrochemistry. The instrument designed for recording polarization curves was called a polarograph and from that the new method got the name polarography. In 1950, he was appointed director of the newly established Polarographic Institute which was incorporated into the Czechoslovak Academy of Sciences from 1952 to 1992 and since then into the AS CR. and Květa Stejskalová.
Polarografická metoda umožňuje studium řady fyzikálněchemických problémů. Jsou uvedeny příklady z oblasti výzkumu struktury fázového rozhraní elektroda/roztok, adsorpce na povrchu elektrody, elektrochemického fotoefektu, fázových přechodů povrchových filmů, přenosu elektronu na molekulární vzdálenosti a oscilačních elektrochemických systémů., Polarography is a suitable method for solving numerous problems of physical chemistry. Examples from the following fields are given: structure of electrode/solution interfaces, adsorption on electrode surface, electrochemical photo-effect, phase transition of surface films, electron transfer over molecular distances, and electrochemical oscillating systems., Lubomír Pospíšil., and Obsahuje bibliografii