|
INORGANIC |
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| TOM REEL |
BAG | ITEM | FRAMES | |
|
ACID, nitrous, colorimetric determination of, from Treadwell-Hall |
7 |
2746 |
5 |
0 ’35-0 ‘38 |
|
“ determination of total phosphoric |
25 |
15..1209 |
||
|
ACTIVATED carbon treatment, laboratory assembly for, |
7 |
2746 |
7 |
20 ‘50 |
|
“ charcoal, adsorptive activity of, |
41 |
2744 |
34 |
60 ’35-60 ‘41 |
|
ALKALI in the presence of potassium cyanide, determination of, |
25 |
15..1252 |
||
|
ALKALIES, indirect determination of, Gelsenberg |
6 |
2746 |
1 |
0 ‘27 |
|
ALKALINITY of the chromium solution |
25 |
15..1264 |
||
|
ALKALIMETRY, testing of p-nitrobenzyl triphenyl phosphonium chloride for use in the preparation of indicator papers and as indicator in the, |
25 |
15..1232-15..1234 |
||
|
ALUMINA by the Oppau and v.Funer methods, testing the DHD catalysts for |
177 |
1900-1915 |
||
|
ALUMINUM in steel, Gelsenberg method |
5 |
2746 |
1 |
80 ‘79 |
|
AMMONIUM chloride, Gelsenberg method |
5 |
2746 |
1 |
80 ‘32 |
|
ASBESTOS cement, testing of, Gelsenberg method |
5 |
2746 |
1 |
60 ‘68 |
|
BAYERMASSE, ferrous sulfate and sulfigran, examination of, |
75 |
678-681 |
||
|
BLEACHING agents, testing of oil |
39 |
3450 |
21 |
20 ‘1-20 ‘7 |
|
BOG iron ore and Luxmasse, analysis of, |
72 |
822-827 |
||
|
BRASS, bronze, etc., rapid electrolytic methods for, Gelsenberg |
6 |
2746 |
1 |
0 ‘2-0 ‘4 |
|
CADMIUM sulfide with potassium ferricyanide, the quantitative determination of, |
9 |
2733 |
10 |
40 ‘21-40 ‘25 |
|
143 |
10 ‘117-10 ‘121 |
|||
|
CALCIUM oxide, effective, in lime, determination of, |
140 |
75-76 |
||
|
CARBIDE, determination of nitrogen or ammonia in, |
25 |
15..1218 |
||
|
CARBON in iron and steel, Gelsenberg |
6 |
2746 |
1 |
0’50-0 ‘51 |
|
CHLORIDE ion, determination of small amounts of |
42 |
71-77 |
||
|
CHLORITES in the presence of hypochlorites, chlorates and chlorides, determination of, |
25 |
15..1276 |
||
|
CHROMIUM in steel, Gelsenberg method |
5 |
2746 |
1 |
80 ‘78 |
|
“ in steel by dry oxidation, Gelsenberg method |
5 |
2746 |
1 |
80 ‘80 |
|
“ and silicon in cast iron, Gelsenberg |
6 |
2746 |
1 |
0 ‘1 |
|
“ and zinc in catalysts, determination of |
18 |
47..413-47..417 |
||
|
48..419-48..425 |
||||
|
Translation |
144 |
0 ‘122-0 ‘123 |
||
|
COBALT in cuprous chloride solution and in copper salts, determination of small amounts of, by Ahrens |
161 |
841-844 |
||
|
COPPER, cuprous and cupric forms in solutions of, Gelsenberg |
5 |
70 ‘32-70 ‘33 |
||
|
7 |
2746 |
5 |
0 ‘6 |
|
|
“ in crude platinum, determination of, |
25 |
15..1182 |
||
|
“ selenide, analysis of, |
25 |
15..1216 |
||
|
15..1217 |
||||
|
CORROSION tests for aluminum alloys |
25 |
15..1231 |
||
|
DENSITY determination, testing of platinum by, |
25 |
15..1241 |
||
|
“ determinations, testing of iridium and rhodium metals by, |
25 |
15..1235-15..1240 |
||
|
DITHIZON, determination of traces of heavy metals with, by Abrahamczik |
161 |
809-817 |
||
|
FERROUS sulfate, Bayermasse and sulfigran (soldium sulfide) analysis of, |
75 |
678-681 |
||
|
FLUORINE and silica in cryolite, determination of, |
15 |
1988-1992 |
||
|
GAS purification mass, testing of, |
5 |
2746 |
1 |
80 ‘65-80 ‘73 |
|
46 |
3446 |
100 |
||
|
237 |
||||
|
“ purification mass, final |
41 |
20 ‘151-20 ‘260 |
||
|
71 |
309 |
|||
|
310-313 |
||||
|
“ “ “ preliminary |
41 |
2744 |
5 |
30 ‘1-30 ‘9 |
|
“ “ “ porosity of final |
41 |
2744 |
37 |
60 ‘52-60 ‘53 |
|
“ “ “ testing of new and spent |
71 |
316-318 |
||
|
“ purification mass, spent |
71 |
319-321 |
||
|
“ “ “ determination of the water content of spent |
140 |
77 |
||
|
“ purification mass, determinaton of sulfur content of spent |
140 |
78 |
||
|
“ purification mass, determination of the water content of fresh |
140 |
79 |
||
|
“ purification mass, sampling and preparation of spent |
140 |
80 |
||
|
“ purification mass (field method) determination of CN-compounds in the |
140 |
83 |
||
|
GOLD in ores, determination of, by Ahrens |
161 |
845-847 |
||
|
HYDROGEN peroxide, directons for various analytical tests on DIR and D2R (H202 concentrates) |
32-I |
2078 |
140 |
140.1206-140.1217 |
|
IRON by the Reinhard-Zimmerman method, determinaton of, |
5 |
2746 |
1 |
80 ‘74-80 ‘76 |
|
“ metallic in basic slag, Gelsenberg |
6 |
2746 |
1 |
0 ‘30 |
|
“ colorimetric determination of ferrous and ferric |
25 |
15..1124-15..1125 |
||
|
15..1145-15..1146 |
||||
|
“ tests for imurities in |
25 |
15..1181 |
||
|
LEAD for bearings, testing of, |
25 |
15..1221 |
||
|
LUXMASSE, testing of new |
71 |
314-315 |
||
|
“ and bog iron ore, analysis of, |
72 |
822-827 |
||
|
MANGANESE in dolomite, lime and etc., Gelsenberg method |
5 |
2746 |
1 |
60 ‘69 |
|
MERCURY, spectrum analytical investigation of, by Pieper |
161 |
589-596 |
||
|
METAL reagents organic, by Merck (Book Complete) |
9 |
2733 |
20 |
90 ’34-90 ‘86 |
|
METHODS, discussion of analytical, January 1929 |
161 |
537-544 |
||
|
MICROANALYSIS in the Oppau analytical laboratory, by Grassner |
161 |
766-779 |
||
|
“ development in the Ludwigshafen analytical laboratory, by Zimmerman |
161 |
779-800 |
||
|
MICRODETERMINATION of metals in organic substances, by Kroker |
161 |
818-827 |
||
|
MICROANAYLSIS, application of electrometric methods in, by Ehrhardt |
161 |
848-859 |
||
|
MISCELLANEOUS ingorganic analytical proocedures, communication to Dr. Berl on. |
161 |
498-536 |
||
|
MOLYBDENUM in steel, Gelsenberg method |
5 |
2746 |
1 |
80 ’77 |
|
PHOSPHORUS in iron, Gelsenberg |
6 |
2746 |
1 |
0 ‘29 |
|
“ in hematite, iron, steel, spiegeleisen, and scale, Gelsenberg |
6 |
2746 |
1 |
0 ‘31 |
|
QUALITATIVE tests for ammonium carbonate, chlorides, and H2S, Gelsenberg method |
5 |
2746 |
1 |
70 ‘93 |
|
REAGENT, preparation of the strychnine-molyb-dic acid, P. determination, Gelsenberg |
6 |
2746 |
1 |
20 ‘18 |
|
REFRACTORIES, Gelsenberg |
6 |
2746 |
1 |
0 ‘5-0 ’7 |
|
SILICA and fluorine in cryolite, determination of, |
15 |
1988-1992 |
||
|
SILICON and chromium in cast iron, Gelsenberg |
6 |
2746 |
1 |
0 ‘1 |
|
SLAGS, Gelsenberg |
6 |
2746 |
1 |
0 ‘8-0 ‘13 |
|
SODA determination, Gelsenberg |
4 |
2745 |
20 |
20 ‘47 |
|
5 |
70 ‘62 |
|||
|
SODIUM hydroxide, testing of, |
71 |
278 |
||
|
“ sulfite, Gelsenberg |
6 |
2746 |
1 |
0 ‘49 |
|
SPOT tests for metals, Gelsenberg |
6 |
2746 |
1 |
0 ’24-0 ‘26 |
|
STEEL analysis, Gelsenberg method |
5 |
2746 |
1 |
80 ‘81-80 ‘101 |
|
6 |
0 ‘32-0 ‘46 |
|||
|
SULFATE ion, volumetric determination of, |
42 |
58-70 |
||
|
SULFIGRAN (sodium sulfide), ferrous sulfate and Bayermasse, analysis of, |
75 |
678-681 |
||
|
SULFUR, total in pyrite |
46 |
3446 |
106 |
|
|
THIONYL chloride, sulfur dioxide, chlorine, phosgene, and sulfur dichloride existing together, determination of, |
15 |
1900-1908 |
||
|
TITRATION, conductometric, in presence of much foreign electrolites |
25 |
15..1380-15..1397 |
||
|
VOLUMETRIC methods with ferrous salts (Ferrometry) |
15 |
2316-2344 |
||
|
WATER analysis |
5 |
2746 |
1 |
0 ‘47-0 ‘48 |
|
5 |
2746 |
1 |
70 ‘73-70 ‘78 |
|
|
5 |
2746 |
1 |
80 ‘49-80 ‘64 |
|
|
6 |
2746 |
4 |
80 ‘66-80 ‘85 |
|
|
41 |
2744 |
5 |
20 ‘135-20 ‘150 |
|
|
ZINC and chromium, determination of, in catalysts |
18 |
47..413-47..417 |
||
|
48..419-48..425 |
||||
|
Translation |
144 |
0 ‘122-0 ‘123 |