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The added volume of methanol was increased from 50 150 μL in steps of 50 μL.
For positive ion mode, the initial mobile phase composition was 5% methanol and 95%255 μM ammonium formate solution, which after 3 minutes the percentage methanol was increased at 0.5% per minute for 30 minutes.
The lower critical solution temperature (LCST) of PMEO2MA-stat-POEGMA300 PMEO2MA-stat-POEGMA300 PMEO2MA-stat-POEGMA300f methanol was increased from 0 to 30 vol%, beyond which the LCST could not be quantified.
The proportion of water in methanol was increased to afford 35% water in methanol component that finally gave chloroform (ChlF, 7.05 g) and 35% water (wat2, 2.8 g) fractions after addition of chloroform.
The mobile phase consisted of 50% water and 50% methanol (v/v) for the first 1 min where the methanol was increased from 50%to95%5% methanol over the next 4 min, maintained for an additional 5 min, and the percentage of methanol returned to baseline over the next 8 min.
Similar(55)
Using the external magnetic field, the CO2 conversion and selectivity to methanol were increased by factors of 1.7 and 2.24 at 220 °C, respectively.
The methanol concentration was increased from 20%to80%0% over 3 min and kept at 80% methanol for 4 min, then changed back to 20% methanol in 1 min followed by a re-equilibration phase of 7 min at 20% methanol.
In this first approach to obtain recombinant Bm86, Bd86 and Ba86 secreted to the culture medium, methanol was supplied at 1 ml·h-1·L of the initial fermentation volume for the first two hrs and then methanol supply was increased in 10% increments every 30 min to a rate of 3 ml·h-1·L.
When methanol percentage was increased, the molecular binding that could inhibit ionization of molecules was occurred.
During the first 17 min methanol concentration was increased to 100%% starting at 80%%.
During the first 17 min methanol concentration was increased starting at 80 to 100%.
Related(20)
formaldehyde was increased
compound was increased
meoh was increased
methanol was shown
methanol was procured
methanol was observed
methanol was prepared
methanol was performed
methanol spent increased
methanol was removed
methanol was sonicated
methanol was sampled
methanol was adopted
methanol was continued
methanol was chosen
methanol was evaporated
methanol was added
methanol was used
methanol was conducted
methanol was employed
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