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acetate added alcohol allow to stand AmH0 ammonia ammonium amount analysis antimony apparatus aqueous beaker boiling bottle bromine Bunsen carbonic acid cent chloride coal colour Combined Carbon combustion containing copper creosote crucible cubic cubic centimetres decanted determined distilled water dried dry in water equivalent Est1mat1on Estimation ether filter paper filtrate flask free fatty acids fuel gallon gradually grains grms hydrogen insoluble iodine iron lime liquid litre magnesia Manganese metal method mineral mixed mixture moisture NaH0 neutralized nitrate nitric acid nitrogen obtained oxide oxygen percentage petroleum Phosphorus platinum Porcelain Crucible marked potash Potassium powder precipitate present quantity rape oil reagents red heat residue resin sample taken saturated silica Silicon soap soda Sodium soluble is dissolved solution specific gravity standard steel stirring stoppered sulphate sulphide sulphuric acid temperature tion Total tube volume wash watch glass water bath water oven zinc
Page iii - ENGINEERING CHEMISTRY. A Practical Treatise for the Use of Analytical Chemists, Engineers, Iron Masters, Iron Founders, Students and others. Comprising Methods of Analysis and Valuation of the Principal Materials used in Engineering Work, with numerous Analyses, Examples and Suggestions.
Page 208 - The air chamber which surrounds the cup is filled with cold water to a depth of 14 inch, and the heating vessel or water bath is filled as usual, but also with cold water. The lamp is then placed under the apparatus, and kept there during the entire operation. If a very heavy oil is being dealt with. the operation may be commenced with water previously heated to 120°, instead of with cold water.
Page 207 - The heating vessel or water bath is filled by pouring water into the funnel until it begins to flow out at the spout of the vessel. The temperature of the water at the...
Page 207 - ... while the petroleum cup is being emptied, cooled, and refilled with a fresh sample to be tested. The lamp is then turned on its swivel from under the apparatus, and the next test is proceeded with.
Page 211 - that for the ordinary necessities of lighthouse illumination, mineral oil is the most suitable and economical illuminant, and that for salient headlands, important landfalls, and places where a very powerful light is required, electricity offers the greatest advantages.
Page 207 - The test lamp is prepared for use by fitting it with a piece of flat plaited candle wick, and filling it with colza or rape oil up to the lower edge of the opening of the spout or wick tube. The lamp is trimmed so that when lighted it gives a flame of about...
Page 181 - Any liquid which shall exhibit by daylight a distinct colour when a stratum of it, one inch deep, is placed in a white porcelain or earthenware vessel. " (d) Any liquid which contains, in solution, in 100,000 parts by weight, more than two parts by weight of any metal except calcium, magnesium, potassium, and sodium.
Page 303 - Act, 1878. 2. This Act shall come into operation on the first day of January, one thousand eight hundred and seventy-nine, which day is in this Act referred to as the commencement of this Act.
Page 207 - ... provided for testing the temperature of the water gives the proper indication; or by heating the water with the spirit lamp (which is attached to the stand of the apparatus) until the required temperature is indicated. If the water has been heated too highly, it is easily reduced to 130°...
Page 208 - The test lamp is then placed in position upon the lid of the cup, the lead line or pendulum, which has been fixed in a convenient position in front of the operator, is set in motion, and the rise of the thermometer in the petroleum cup is watched. When the temperature has reached about 66°...