OFF gases, Gelsenberg

6

2746

1

10 ‘16-10 ‘17

OLEFINS and gasol in gases, synthesis process

41

2744

5

20 ‘28-20 ‘29

ORGANIC sulfur as H₂S, determination of,

46

3446

113-117

ORSAT gas analysis (sampling and analysis for synthesis control)

71

770-776

                Translation S. O., N. J.

243

50 ‘57-50 ‘60

OXYGEN, analysis of,

117

40 ‘64-40 ‘66

  “    (0.5%) colorimetric determination of very small amounts of,

25

15..1130

15..1132

15..1134

  “    content of gas, determination of, (Lubberger-Wunsch Method)

140

114-116

  “    determination of by absorption in chromous chloride, by Ehrhardt

161

717-721

  “    in gas determination of,

5

2746

1

70 ‘5-70 ‘7

41

1313

5

10 ‘119-10 ‘121

  “    Ludwigshafen experience with the determination of, by Unterzaucher

161

717-721

  “    volumetric determination of,

25

15..1126-15..1127

OIL content in the air, determination of,

229

10 ‘1-10 ‘14

OZONE, determination of small concentrations of,

192

22220-22225

PARAFFIN fog in gases

41

2744

5

10 ‘134-10 ‘135

71

267

  “    determination of gaseous

42

121-129

                Translation

225

30 ‘91-30 ‘95

PHOSGENE, thionyl chloride, sulfur dioxide, chlorine and sulfur dichloride existing together, determination of

15

1900-1908

PHOSPHORUS, chlorine, and sulfur in acetylene, determination of,

32-I

2078

170

170.1408-170.1415

PLASTICS, synth. gas, determination of butadiene, butylene, butane, hydrogen, acetylene and vinyl acetylene, by Blumrich

161

683-697

PODBIELNIAK gas analysis, Gelsenberg

5

2746

1

70 ‘11-70 ‘15

PROPANE yield from analyses of the intake and residual gases, Gelsenberg

6

2746

1

10 ‘28-10 ’30

  “    N.G.A.A. method of moisture determination in commercial

46

3446

124-126

PROPYLENE and ethylene in presence of carbon monoxide and ethane, separation of,

67

878-894

QUARTERLY report of I.G. analytical laboratories, fourth quarter 1943, S. O. Dev. Co. (New Jersey)

244

100 ‘117-100 ‘133

RESIDUAL gas analysis in pressure synthesis calculations of,

45

127

550-55

SEPARATION of hydrocarbons in synthesis gas analysis

41

2744

5

10 ‘111-10 ‘116

SAAR gas, sulfur compounds, benzene, cyanogen and acetylene, examination of, Oppau, 1938

76

1145-1159

SAMPLING and testing of gas

46

3446

224-230

  “    of gas in synthesis

41

2744

5

10 ‘105-10 ‘106

  “    of liquid oxygen by means of capillary tubes for the operational determinations of acetylene in air separation plants

229

10 ‘46-10 ‘49

SEPARATION gas chart

5

2746

1

60 ‘63

  “    of gaseous hydrocarbons by low temperature boiling point analysis, (quantitative separation)

41

2744

33

60 ‘10-60 ‘27

SILVER acetylide

25

15..1295-15..1344

SOOT, determination of,

25

15..1128-15..1129

15..1135

SULFUR and halogen in gases and liquefied gases

161

698-704

  “    , comparison of analytical results for, obtained by different methods

34

3440

37

30 ‘34

  “    , changes in the method for the determination of Scholven

7

2746

5

0 ’17-0 ‘18

0 ‘24-0 ‘27

  “    , determination of,

46

3446

61-65

  “    in the pure gas obtained by cracking, deter-mination of,

131

0 ‘33-0 ‘38

  “    elementary, determination in gaseous fuel

7

0 ‘19-0 ‘22

                Translation Baer

225

0 ’18-0 ‘20

  “    total and organic in coke oven gas, deter-mination of,

72

594-599

  “    in gas, determination of,

43

274

46

3446

164-165

  “    determination of organic

122

35

2494-2495

2502-2507

  “    in gas by combustion

48

660-667

  “    in synthesis gas (by adsorption)

46

3446

138

72

2-9

  “    organic determination of in off-gas

7

2746

6

10 ‘57

  “    organic in gases

6

2746

3

30 ‘81-30 ‘86

41

10 ‘124-10 ‘133

50 ‘85-50 ‘94

46

170-172

122

2495-2496

2502-2507

  “    organic in propane, butane and i- butane from LP gas, Gelsenberg

7

2746

5

0 ‘31

  “    in gas, volumetric method for organic (C. W. Wilson and W. A. Kemper, Industrial Engineering Chemistry, Analyt. Ed. Vol. 10, pp. 418-419) (1938)

5

2746

1

70 ‘30

SULFUR, chlorine, and phosphorous in acetylene, determination of,

32-I

2078

170

170.1408-170.1415

  “    dichloride, sulfur dioxide, and chlorine existing together, determination of,

15

1900-1908

  “    dioxide, automatic regulation and recording of the content in off gases, by Hake

161

709-716

  “    dioxide, determination of in gas

122

2497-2500

  “    “      and H₂S, determination of,

122

35

2496-2500

  “    “      thionyl chloride, chlorine, phosgene, and sulfur dichloride existing together, determination of,

15

1900-1908

  “    dioxide in presence of sulfur trioxide, determination of,

7

2746

5

0 ‘5

  “    dioxide in the presence of H₂S, determination of,

41

2744

35

60 ’42-60 ‘48

71

268-273

  “    trioxide, determination of,

140

60

SYNTHESIS gas, purification of,

46

3446

61-65

TAR content, determination in gas

140

126

THIOPENE tests

150

87

ULTIMATE analysis of various Ludwigshafen hydrogenation products from Upper Silesian coal

203

492

WATER and alkali in gasol vapors

71

284-285

  “    in gas, by Roth and Schulz method.

140

99-103

  “    gas recirculation – product analysis

45

2

733-735

WET gasometer, operating directions for

46

3446

200-202

132-134