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Figure 8 Dependence of the cyanoethylation yield of polyethoxylated nonylphenols (n=0;12), (nitrile/acrylic oligomers %), on the amount of catalyst, solvent toluene, processing time 60 minutes, temperature 30°C, molar ratio acrylonitrile/NF EO) n H 1.1/1, without oligomerization inhibitor.
Figure 18 Dependence of the yields of total acid hydrolysis (acid catalyst DBSH) of β-nonylphenoxypropionitrile on the molar ratio DBSH/NF-O-PN, processing time 60 minutes, temperature 90°C, molar ratio water/NF-O-PN 2/1 with PTC 2 /PTC 3 system.
Figure 9 Dependence of the amount of acrylic oligomers on the amount of basic catalyst (CH 3 O - Na + ) (mol/L)×10 -3 at cyanoethylation of polyethoxylated nonylphenols (n=0;12) solvent toluene, processing time 60 minutes, temperature 30°C, molar ratio acrylonitrile/NF EO) n H 1.1/1, without oligomerization inhibitor.
These studies profiled expression changes in 6178 genes at ~20 time points under each condition following alpha factor arrest (18 time points from 0-119 minutelutriationation ELU (14 time points from 0-390 minutes), and arrest of a cdc15 (24 time points from 10-290 minutes) and a cdc28 (28 time points from 0-160 minutes) temperature sensitive mutant [ 33, 34].
Combined severity (log R0) is an expression of pretreatment intensity as a function of reaction time (t, minutes), temperature (T,°C) and pH, and is defined as [ 19]: (1) log R 0 = log t × e T − 100 14.75 − pH Monomeric xylose yields increased from a combined severity of 0.56 to approximately 1.00 to 1.15, where it reached a broad peak of approximately 68%.
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In less than 50 minutes, temperatures in that same car can rise to above 130 degrees.
A technician on the staff, hearing about the case, suggested that they requisition a thermal imager sensitive enough to detect minute temperature fluctuations.
But in 1992, a NASA satellite called the Cosmic Background Explorer satellite, or COBE, made highly sensitive measurements of the radiation and saw minute temperature variations suggesting the existence of so-called acoustic waves sloshing in the early universe.
Blood pressure was 189/94 mmHg, heart rate 102 beats per minute, temperature was T 36.3°C, and the saturation measured was 97% with 6 liters/minute supplemental oxygen.
Her vital signs on arrival at the ED were: Bp of 131/8 2mmHg, pulse of 70 beats per minute, respiratory rate of 17 breaths per minute, temperature of 98° F, and oxygen saturation of 98% on room air.
Vital signs included a blood pressure of 107/66 mm Hg, pulse of 110 beats per minute, respiratory rate of 24 breaths per minute, temperature of 96.9°F, and oxygen saturation of 95% on room air.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com