Gas Synthsis General L-M

	TOM Reel	Bag	Item	Frame
LEUNA criticism of Lutzkendorf plant construction and operations, 1939-1940	1	2168	82	30 ‘1-30 ‘23
LIQUEFIED gas, actual and prospective production of, by all Fischer-Tropsch plants, 1939-1940	70			738-740
LIQUID motor fuels, reprint of article by Franz Fischer on present and future possibilities of obtaining	38	3450	15	10 ’76-10 ‘81
“ phase synthesis	35	3452	5	40 ’91-50 ‘9
“ phase synthesis, report on experiments of Bamag on	36	3454	12	10 ’85-10 ‘94
“ products, composition of, Schwarzheide	33	3440	18	40 ’24-40 ‘27
LOW temperature synthesis	45		96	225-226
“ pressure synthesis works, reactor and gas load ratios in	42			2095
LUBE, motor gasoline and fuel gas, conversion of primary synthesis products into	47			1048-1054
LURGI cobalt synthesis plant, drawing of	62			42..245-48.251
“ experimental results on synthesis	35	3452	4	50 ’10-50 ‘64
“ experiment, second	44	3441	50	1060-1067
LYE, composition of, used in cleaning reactors	35	3440	81	20 ’46-20 ‘47
MECHANISM of synthesis	45		95	217-224
MEDIUM and normal pressure synthesis, report on	34	3440	44	30 ’83-30 ‘84
	35	3440	90	30 ‘1-30 ‘5
“ pressure Fischer synthesis, Lurgi report on	13	3043	3	60 ‘76
“ pressure full scale synthesis, conclusions from	44	3441	44	930-938
“ pressure installation, experimental	36	3454	15	20 ‘1-20 ‘7
“ pressures, Lurgi gas recirculation synthesis of hydrocarbons at, (Co catalyst) diagram	84			2..3
“ pressure plant, synthesis gas measurement	44	3441	53	1076-1078
“ pressure research, program for, May 27, 1942	45	3446	5	748-761
“ pressure synthesis	36	3451	13	90 ‘105-90 ‘131
	45			762-774
“ pressure synthesis; composition of primary products with precipitation iron and cobalt catalysts	26			9..294-9..295
“ pressure synthesis, effect of varying H₂:CO₂ ratio	37	3451	20	0 ’36-0 ‘42
MEDIUM pressure synthesis, examination of products of	33	3440	24	50 ’29-60 ‘9
“ pressure synthesis experiment, variations in liquid products during	44	3441	67	1136-1137
“ pressure synthesis, Hoesch-Benzin	44	3441	22	581-588
“ pressure synthesis, investigation of primary products from	44	3441	47	953-1048
“ pressure synthesis, load in	35	3440	89	20 ‘113-20 ‘114
“ pressure synthesis, production of aviation gasoline from primary products of	37	3451	37	60 ’43-60 ‘44
				60 ‘118-60 ‘120
“ pressure synthesis, progress in, 1941	45			464-479
	46			318-333
	180			6201-6216
Do., by Ohme	72			208-223
“ pressure synthesis, proposal for production of aviation gasoline from maximum yields of products of	37	3451	37	60 ’45-60 ‘46
“ pressure synthesis reports, drawings and table from	40	3453	18	10 ’60-10 ‘108
“ pressure synthesis results	44	3441	54	1079-1081
“ pressure synthesis with Co catalyst	36	3451	10	80 ’93-80 ‘164
				90 ‘1-90’40
	37	3451	22	0 ’54-0 ‘121
				10 ‘1-10 ‘67
		3451	23	10’68-10 ‘119
				20’1-20 ‘5
“ pressure synthesis with CO₂-poor synthesis gas	37	3451	13	0 ‘1- 0’ 2
“ pressure synthesis with large heat conducting surfaces	44	3441	49	1056-1057
“ pressure synthesis without recirculation	36	3451	12	90 ’91-90 ‘104
“ pressure synthesis with recirculation	36	3451	11	90 ’41-90 ‘90
“ pressure synthesis with varying rate of gas flow	44	3441	38	850-854
“ pressure synthesis , yield of wax from	68	3435	102	318-319
Translation S-99	274			1775
METHANE and carbon dioxide formation, high	44	3441	36	838-847
“ and natural gas, use of, for gasoline production	36	3452	35	0 ’11- 0 ‘15
“ formation with different reactor loads	43	2719		513-515
METHANE synthesis, gas circulation in, using hydrocarbon synthesis installation	24			9..353-9..358
METHODS, various, of synthesis	36	3454	6	10 ’24-10 ‘33
MISCELLANEOUS synthesis problems, 1944	46			470-474
MOTOR fuel synthesis Fischer-Tropsch	35	3440	75	20 ’22-20 ‘27
“ gasoline, lube and fuel gas, conversion of primary synthesis products into	47			1048-1054