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J. Heyrovský, Elektrolysis with a Dropping Mercury Cathode. I. Deposition of Alkali and Alkaline Earth Metals. Philos. Magazine,45, 303 (1923).
J. Heyrovský, The Processes at the Mercury Dropping Cathode. Part I. The Deposition of Metals. Trans. Farad. Soc.,19, 692 (1924). Part II. The Hydrogen overpotential. ibid.,19, 785 (1924).
N. Demassieux etJ. Heyrovský, Contribution a l’étude du Chrome trivalent. Journ. Chim. Phys.,26, 219 (1929).
N. V. Emelianova andJ. Heyrovský, Maxima occurring on polarization curves of nickel-salt solutions. Trans. Faraday Soc.,24, 257 (1928).
J. Heyrovský andR. Šimůnek, Electrolysis with a Mercury Cathode. Part II. Explanation of the Anomalies on the Electro-capillary Curves. Philos. Magazine,7, 951 (1929).
B. Rayman, Polarographic studies with the dropping mercury kathode. Part XIX. The effect of organic dyes on the maximum due to reduction of oxygen. Collection,3, 300 (1931).
J. Rasch, The influence of fatty acids on the maximum of current-voltage curves in the reduction of atmospheric oxygen. Polarographic studies VI. Collection,1, 560 (1929).
J. Heyrovský andM. Dillinger, Positive and negative maxima on curren-tvoltage curves Polarographic studies XV. Collection,2, 626 (1930).
J. Heyrovský andE. Vascautzanu, Disappearence of adsorption currents at the electrocapillary zero potential. Polarographic studies XXIV. Collection,3, 418 (1931).
E. Varasova, An investigation of soap solutions. Polarographic studies XVIII. Collection,3, 216 (1931).
J. Heyrovský andS. Berezický, The deposition of radium and other alkaline earth metals at the dropping mercury kathode. Collection,1, 19 (1929).
P. Herasymenko undI. Šlendyk, Wasserstoffüberspannung und Adsorption der Ionen. Ztschr. physikal. Chem. A, Bd.149, 123 (1930).
K. Suchý, Simultaneous estimation of copper, bismuth lead, and cadmium. Polarographic studies XX. Collection,3, 354 (1931).
J. Heyrovský andJ. Babička, The effect of albumins. Polarographic studies XIII. Collection,2, 370 (1930).
I. Šlendyk, Limiting currents of electrodeposition of metals and of hydrogen. Polarographic studies XXI. Collection,3, 385 (1931).
J. Prajzler, Simultaneous estimation in the groups iron, chromium, aluminium, and nickel, cobalt, zinc, manganese. Polarographic studies XXIII. Collection,3, 406 (1931).
I. Smoler, The electroreduction of acetaldehyde. Polarographic studies XVI. Collection,2, 699 (1930).
J. Heyrovský, I. Smoler, J. Šťastný, Výzkum octů methodou polarografickou se rtut’ovou kapkovou kathodou. (Recherches sur les vinaigres par la méthode polarographique avec la cathode a gouttes de mercure.) Věstník čsl. Akademie Zemědělské,6, 490 (1930).
Masuzo Shikata andKenjiro Shoji, Application of the polarographic method. Part III. Application to the microanalysis of reducible substances in fermentation products. Memoirs of the College of Agriculture Kyoto Imperial University. Nr.4, November1927, No.34–40. 75.
K. Šandera, Investigations on the beginning of the decomposition of saccharose. Polarographic studies XII. Collection,2, 363 (1930).
B. Gosman andJ. Heyrovský, Analysis of Petroleum and its distillates for reducible substances and adsorbable matter by means of the polarographic method with the dropping mercury cathode. J. Amer. Electrochem. Soc.,27, IV (1931).
B. Gosman, The reduction of sulphurous acid. Polarographic studies X. Collection,2, 185 (1930).
J. Heyrovský andV. Nejedlý, The reduction of nitric oxide and the estimation of nitrites. Polarographic studies XVII. Collection,3, 126 (1931).
B. Schrager, The amphoterity of ferrous hydroxide. Polarographic studies I. Collection,1, 276 (1929).
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Heyrovsky, J. Anwendung der polarographischen Methode in der Mikroanalyse. Mikrochemie 12, 25–64 (1933). https://doi.org/10.1007/BF02714653
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DOI: https://doi.org/10.1007/BF02714653