Susanne
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doc#122 prepared and analyzed. Experiments were done at 180, 200, 210, 220°. Following observation
doc#125 procedure the temperature was maintained at 2°C by surrounding the apparatus with ice
doc#125 centrifuged at 59,780 rpm for 35 to 80 min at 20°C in a Spinco model E ultracentrifuge
doc#125 , which had been glycerolized and stored at -20°C for approximately 1 year. These cells
doc#122 found. </p><p> The reaction rates observed at 200° ranged from <formul> of the chlorine
doc#122 atmospheres exerted by the carbon tetrachloride at 220°. The photochemical reaction cells
doc#87 ill while parked in front of a barber shop at 229 West Pratt street. BARBER SUMMONED
doc#120 interactions which are already quite short at 2.58 A. Hence it is difficult to conceive
doc#125 obtained from each column. These were read at 280 m<mgr> in a Beckman model DU spectrophotometer
doc#120 thermal decomposition of aqueous chromic acid at 300-325°C. Dr. Douglass was kind enough
doc#117 of thermal origin was observed from Venus at 3.15 and 9.4 cm, and from Mars and Jupiter
doc#117 observations of Mayer, McCullough, and Sloanaker at 3.15 cm and of Sloanaker at 10.3 cm have
doc#117 3.15 and 9.4 cm, and from Mars and Jupiter at 3.15 cm in 1956 (Mayer, McCullough, and
doc#117 will be briefly described. Measurements at 3.15 cm were obtained on 11 days spread
doc#120 analysis showed a weight loss of 1.8% centered at 337°C and another weight loss of 10.8%
doc#120 water vapor. The small reaction occurring at 337°C is probably caused by decomposition
doc#120 showed a very small endothermic reaction at 340°C and a large endothermic reaction
doc#125 that the mixture was incubated for 1 hr at 37°C before centrifugation. The saline
doc#125 approximately 1 year. These cells were thawed at 37°C for 30 min and were deglycerolized
doc#120 exposed to the atmosphere after evacuation at 375°C, showed the presence of adsorbed