Contributions From the Laboratory of the State University
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c. are available. This excess of 1.8555 p. c. of Sulphur is contained in the Coal in the free state, and not in combi- UNIVERSITY OF THE STATE OS 1 MISSOURI.
165 nation with the Iron in a higher state of Sulphurization, as Kush Emory (*) supposes, nor also united with Organic Matter, as suggested by E. B. Andrews (f). I base my reasons for declining to accept their views upon the existence of free Sulphur in the Coal, and upon an Analysis (see Litt. D.) of a solution, obtained by boiling a port...ion of the washed Coal (obtained under No. 5) in Hydrochloric Acid.
Silica = 0.0076 p. c.
Ferric Oxide = 0.9892 p. c.
Alumina = 0.1509 p. c.
Ferrous Oxide = 3.0479 p. c.
Lime = 0.3403 p. c.
Magnesia = 0.0150 p. c.
Sulphuric Acid = 5.8075 p. c.
10.3584 Soluble in water, Alumina = 0.7770 p. c.
Lime = 0.0577 p. c.
Phosphoric Acid = 0.0248 p. c.
Sulphuric Acid = 0.3675 p. c.
1.2270 Soluble in acid.
Silica = 2.5204 p. c.
Ferric Oxide = 0.0260 p. c.
Alumina = 0.3862 p. c.
Magnesia = 0.0568 p. c.
2 9S94 Iron Disulphuret = 13.7582 p.
What to read after Contributions From the Laboratory of the State University?
You can find similar books in the "Read Also" column, or choose other free books by Schweitzer, P to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
c. are available. This excess of 1.8555 p. c. of Sulphur is contained in the Coal in the free state, and not in combi- UNIVERSITY OF THE STATE OS 1 MISSOURI.
165 nation with the Iron in a higher state of Sulphurization, as Kush Emory (*) supposes, nor also united with Organic Matter, as suggested by E. B. Andrews (f). I base my reasons for declining to accept their views upon the existence of free Sulphur in the Coal, and upon an Analysis (see Litt. D.) of a solution, obtained by boiling a port...ion of the washed Coal (obtained under No. 5) in Hydrochloric Acid.
Silica = 0.0076 p. c.
Ferric Oxide = 0.9892 p. c.
Alumina = 0.1509 p. c.
Ferrous Oxide = 3.0479 p. c.
Lime = 0.3403 p. c.
Magnesia = 0.0150 p. c.
Sulphuric Acid = 5.8075 p. c.
10.3584 Soluble in water, Alumina = 0.7770 p. c.
Lime = 0.0577 p. c.
Phosphoric Acid = 0.0248 p. c.
Sulphuric Acid = 0.3675 p. c.
1.2270 Soluble in acid.
Silica = 2.5204 p. c.
Ferric Oxide = 0.0260 p. c.
Alumina = 0.3862 p. c.
Magnesia = 0.0568 p. c.
2 9S94 Iron Disulphuret = 13.7582 p.
What to read after Contributions From the Laboratory of the State University?
You can find similar books in the "Read Also" column, or choose other free books by Schweitzer, P to read onlineMoreLess
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