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BIBFRAME Instances
2,665
BIBFRAME Works
1,635
Name Authority
290
BIBFRAME Hubs
48
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21
LC Classification
13
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Results: 1-20 of 4,675
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Label
Dataset
Type
Subdivision
Identifier
1.
Forsythe, William J. Production of butylene glycol. Butylene glycol is recovered from corn fermentation liquors in an experimental still in the pilot plant of the Northern Regional Research Laboratory of the U.S. Department of Agriculture at Peoria, Illinois. This is one step in the Department's research that led to the development of a fermentation method for converting corn into butylene glycol, a chemical that can be used in making anti-freeze for automobiles and in the production of commercial solvents for various manufacturing purposes. Research now is directed toward the development of a practical way to turn the butylene glycol into butadiene, from which synthetic rubber can be made. The work has already been done on a laboratory scale 1942 May
BIBFRAME Instances
Instance
19638265
2.
The WEFA Group/Ward's Research North American light vehicle production review
BIBFRAME Works
Work
Text
Serial
11330635
3.
Forsythe, William J. Production of butylene glycol. Butylene glycol is recovered from corn fermentation liquors in an experimental still in the pilot plant of the Northern Regional Research Laboratory of the U.S. Department of Agriculture at Peoria, Illinois. This is one step in the Department's research that led to the development of a fermentation method for converting corn into butylene glycol, a chemical that can be used in making anti-freeze for automobiles and in the production of commercial solvents for various manufacturing purposes. Research now is directed toward the development of a practical way to turn the butylene glycol into butadiene, from which synthetic rubber can be made. The work has already been done on a laboratory scale
BIBFRAME Works
Work
StillImage
Collection
19638265
4.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Erection of a heater stack in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by high-pressure synthesis of nitrogen and hydrogen and converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639545
5.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. A water saturating tower in the hydrogen section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen and converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639547
6.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. A gas-cooling tower in the hydrogen section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639551
7.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. An operator in the hydrogen section of the TVA's new synthetic plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639549
8.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Adjusting a valve servicing one of the gas compressors in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639553
9.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Operating a valve servicing on of the gas compressors in the TVA's new synthetic plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639555
10.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Making a pipe joint on a liquid vaporizer in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639557
11.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Applying lagging on low-pressure heat interchanger piping in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high- pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639559
12.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. A water saturating tower in the hydrogen section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen and converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639546
13.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Part of the gas purification section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639550
14.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. A water saturating tower in the hydrogen section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen, and is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639548
15.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. A high-pressure control valve in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic material and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639552
16.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Fitting a valve to serve one of the gas compressors in TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonia nitrate for use in making of high explosive shells. In addition to the production of munitions, the Tennessee Valley Authority (TVA) is engaged in research in many fields, seeking new sources for strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19641090
17.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Fitting a valve to serve one of the gas compressors in the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639554
18.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. An operator adjusts a gate valve in the ammonia condenser section of the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high-pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals into ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639560
19.
Palmer, Alfred T. Production. New Tennessee Valley Authority synthetic ammonia plant. Making a weld on a filter head in the ammonia synthesis system at the TVA's new synthetic ammonia plant in the Muscle Shoals area. Ammonia is made here by the high- pressure synthesis of nitrogen and hydrogen. The ammonia thus secured is converted at Muscle Shoals to ammonium nitrate for use in the making of high explosive shells. In addition to the production of munitions, the TVA is engaged in research in many fields, seeking new sources of strategic materials and better ways to utilize them in the war effort 1942 June
BIBFRAME Instances
Instance
19639558
20.
National Workshop on Small Ruminant Production and Post-production Systems, Current Status and Development (1996 : Central Leather Research Institute) Small ruminant production and post-production systems Chennai: Central Leather Research Institute and Acharya NG Ranga Agricultural University, Hyderabad in association with International Development Research Centre, Canada; 1997
BIBFRAME Instances
Instance
14294586
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