Page 13 - APPLIED INORGANIC ANALYSIS

CONTENTS xvii

PAGE
[ff. CONDENSED ANALYSIS....+++...+.,,+,+666,6,,,6,+.... 843
1. Decomposition and Solution.......+++++8.8............ 843
2. Silicon...... .....•.... 844
3. Aluminum, Iron, etc.. 845
4. Manganese... 846
5. Calcium. 846
6. Magnesium... 847
7. Alkalies. 848
8. Carbon Dioxide. 848
9. Sulphur....... 848
10. Water..... 848
11. Ignition Loss.... 848
12. Analytical Data..... 849

PART V. MISCELLANEOUS METHODS OF ANALYSIS
I. SODA-LIM GLAS8.. 851
1. Silica . 851
2. Total Iron as Ferrie Oxide, Titania, Zirconia and Alumina. 852
A. Total Iron as Ferric O.ride. 853
B. Titania...»··.... 854
C. Zirconia...··».... 854
D. Alumina... 854
3. Lime..... ... , . 854
4. Magnesia... 855
5. Sodium Oxide. 855
6. Potassium Oxide...»·· 857
7. Total Iron as Ferric Oxide, Titania and Zirconia. 857
A. Total Iron as Ferric Oride. 857
B. Titania. 858
C, Zirconia...··»..... 859
8. Sulphur Trioxide. 859
9. Total, Quinquevalent and Trivalent Arsenic. 859
A, Total Arsenic....- 859
B. Quinquevalent Arsenic... 860
C, Trivalent Arsenic.. 880
10. Chlorine...»8.. 860
11. Analytical Data... 861
II. BAUXITE OR REFRACTORIES OF HIGH ALUMINA CONTENT. 862
1. Refined Method of Analysis... 862
A. Drying......... 862
B. Solution of the Sample 862
C, Determination of Silica..• 862
D. Determination of Mired O.rides 863
E. Recovery of Silica.. 864