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Showing papers on "Potassium iodate published in 1996"


Patent
10 Jul 1996
TL;DR: The health care noodles contain kelp, seaweed, laver, soybean powder and milk, and its flavouring includes potassium iodate and edible calcium powder as mentioned in this paper, which serves to supplement iodine and calcium.
Abstract: The health-care noodles contain kelp, seaweed, laver, soybean powder and milk, and its flavouring includes potassium iodate and edible calcium powder. It serves to supplement iodine and calcium.

5 citations


Patent
01 May 1996
TL;DR: In this paper, a method for obtaining potassium iodate from iodine and potassium hydroxide in the continuous, multistage and sequencial electrolyzing course of potassium iodide solution is presented.
Abstract: The present invention relates to a method for obtaining potassium iodate from iodine and potassium hydroxide in the continuous, multistage and sequencial electrolyzing course of potassium iodide solution. Said method consists of a multi-stage cascading electrolytic cells system to continuously electrolyze potassium iodide solution.

3 citations


Journal Article
TL;DR: In this article, the results of experiments carried out with nonetching electrolytes but containing sulphate and potassium iodate were used and current efficiency, rate of build-up, throwing power, deposit nature and microhardness were evaluated.
Abstract: Chromium plating finds not only decorative but also functional applications. Generally chromium deposits are obtained from electrolytes with an approximate ratio of 100:1 of chromic acid to sulphuric acid. The Self Regulating High Speed (SRHS) chromium plating electrolytes, which are often employed for hard chromium plating though of higher efficiency have the disadvantages of cathodic etching and higher corrosivity. These are mainly due to the presence of a fluorine compound as a bath constituent. In this paper we report the results of experiments carried out with nonetching electrolytes but containing sulphate and potassium iodate. Different concentrations of chromic acid, sulphate and potassium iodate were used and current efficiency, rate of build-up, throwing power, deposit nature and microhardness were evaluated

2 citations


Journal Article
TL;DR: In this paper, the presence of hidden limiting currents of the first and second kind is established and attributed to a chemical reaction between the hydroxyl ion (the product of the electrochemical reaction) and the hydronium or cadmium ion in the nearelectrode layer.
Abstract: Kinetic regularities governing reduction of iodate and bromate anions at the dropping mercury electrode in acidified solutions and solutions of cadmium salts are explored. The presence of hidden limiting currents of the first and second kind is established and attributed to a chemical reaction between the hydroxyl ion (the product of the electrochemical reaction) and the hydronium or cadmium ion in the near-electrode layer. Formation of insoluble cadmium hydroxide at the mercury surface, which occurs at a certain cadmium ion concentration, is shown to retard reduction of the anions

1 citations


Patent
11 Sep 1996
TL;DR: A low-sodium bittern salt for preventing and curing iodine dificiency, lowering blood pressure and lipid, promoting children growing and preventing osteoporosis and senile dementia is produced through such steps as adding bittern in solution of sodium carbonate for chemical reaction to remove magnesium chloride, separation of magnesium carbonate, evaporating mother liquor to obtain bitterns, addition of edible sodium chloride, potassium chloride, iodate, activated calcium, zinc lactate and nucleotide, and mixing.
Abstract: A low-sodium bittern salt for preventing and curing iodine dificiency, lowering blood pressure and lipid, promoting children growing and preventing osteoporosis and senile dementia is produced through such steps as adding bittern in solution of sodium carbonate for chemical reaction to remove magnesium chloride, separation of magnesium carbonate, evaporating mother liquor to obtain bittern salt, addition of edible sodium chloride, potassium chloride, potassium iodate, activated calcium, zinc lactate, magnesium carbonate and nucleotide, and mixing.

1 citations