Note on the estimation of borate in natural waters
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
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Results for “Industrial And Engineering Chemistry Analytical Edition”
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The bleaching earths: A laboratory study
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Determination of total dissolved solids in water analysis
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Colorimetric determination of fluoride in water using ferric chloride
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Sources of error in the use in water analysis of Fairchild's methode for determination of fluoride in phosphate rock
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Determination of the common and rare alkalies in mineral analysis
Methods are described which afford a determination of each member of the alkali group and are successful in dealing with the quantities of the rare alkalies found in rocks and minerals. The procedures are relatively rapid and based chiefly on the use of chloroplatinic acid, absolute alcohol and ether, and ammonium sulfate. The percentages of all the alkalies found in a number of minerals are given.
Industrial And Engineering Chemistry Analytical Ed↗
Volumetric determination of sulfate in water: The barium chromate method
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Nephelometric determination of fluorine
Fluorine in minerals may be determined with the nephelometer to about 1 per cent of the fluorine. The determination is made on an aliquot of the sodium chloride solution of the fluorine, obtained by the Berzelius method of extraction. The fluorine is precipitated as colloidal calcium fluoride in alcoholic solution, gelatin serving as a protective colloid. Arsenates, sulfates, and phosphates, which interfere with the determination, must be removed.
Industrial And Engineering Chemistry Analytical Ed↗
Determination of mercurous chloride and total mercury in mercury ores
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Separation of cobalt from manganese
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Extraction of alkalies in rocks: Modification of the J. Lawrence Smith extraction, using barium chloride as a flux
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Basic sulfates of iron and aluminum in analytical separations
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Determination of small quantities of fluoride in water: A modified zirconium-alizarin method
The zirconium-alizarin method has been modified to facilitate the convenient and accurate determination of small amounts of fluoride in a large number of water samples. Sulfuric acid is used to acidify the samples to reduce the interference of sulfate. The pH is accurately controlled to give the most sensitive comparisons. Most natural waters can be analyzed by the modified procedure without resorting to correction curves. The fluoride content of waters containing less than 500 parts per million of sulfate, 500 parts per million of bicarbonate, and 1000 parts per million of chloride may be determined within a limit of about 0.1 part per million when a 100-ml. sample is used.
Industrial And Engineering Chemistry Analytical Ed↗
Determining the fusain content of illinois coals. A comparison of chemical and petrographic methods
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗
Equipment for determining moisture in coal - New type of equipment
No abstract available.
Industrial And Engineering Chemistry Analytical Ed↗